In the world of precision machining, knee mills remain essential equipment across a wide range of industries—from mold and die making to automotive parts and prototyping. However, aging components or outdated technology can limit performance. That’s where Yih Kuan comes in. If you're considering a performance-enhancing upgrade, Yih Kuan Enterprise Co., Ltd. offers industry-leading solutions designed to elevate your knee mill’s capabilities with innovation, reliability, and long-term value.Expertise in Milling TechnologyWith decades of experience in the development and production of milling heads, Yih Kuan has earned its reputation as a trusted leader in the machining industry.We understand the structural challenges and mechanical dynamics of knee mills.Our vertical turret milling heads are engineered to deliver high torque, smooth spindle rotation, and stable cutting, making them perfect for both manual and CNC retrofits.Industries such as aerospace, mold & die, and maintenance machining rely on our precision heads to ensure dimensional accuracy and repeatable results.Innovative, Performance-Focused SolutionsYih Kuan isn’t just a parts supplier—we’re a technology partner. Our R&D team is focused on delivering solutions that meet today’s most demanding machining requirements.Our milling heads are equipped with modern spindle designs, advanced sealing systems, and heat-resistant components to extend tool life.Innovations like universal mounting compatibility, vibration-damping features, and improved oil-flow channels are designed to give our clients a competitive edge.Customization for Real-World ConditionsNo two shops are alike—and neither are their machines or workloads. That’s why Yih Kuan offers custom solutions tailored to your shop floor.Special tooling clearances? Unique cutting angles? We’ll build your milling head to match.Whether you're cutting hard steels or fine-tuning prototype molds, we ensure your head is ready for the job.Our design flexibility makes it easy to integrate with existing Bridgeport-style machines, whether you’re doing one-off pieces or light production runs.Built to Last: High-Quality ComponentsLongevity is critical when investing in upgrades. That’s why Yih Kuan prioritizes quality from the inside out.We use hardened steel, high-precision bearings, and CNC-machined housings to guarantee long-term durability.Our heads undergo rigorous inspection and performance testing before shipment, ensuring every unit performs reliably under load.Whether you run your knee mill eight hours a day or around the clock, our heads are designed to withstand it.Exceptional Customer SupportUpgrading machinery can be daunting—but with Yih Kuan, you’re not doing it alone.Our team provides complete technical support, including product selection, installation guidance, and after-sales service.Need help troubleshooting spindle vibration or alignment issues? Our responsive team is just a message away.We also offer instruction manuals, installation diagrams, and training resources to make sure your upgrade is smooth and efficient.Proven Results, Trusted WorldwideThousands of manufacturers—across Asia, Europe, and the Americas—have already chosen Yih Kuan to improve their knee mill performance.Many report 20–30% productivity improvements, especially in mold and die work, general repair machining, and small-part prototyping.Our products are recognized for stability, reliability, and consistent output, even under demanding cutting conditions.Don’t just take our word for it—our clients’ testimonials and long-term partnerships speak volumes.Built for the Future: Efficiency & SustainabilityModern machining isn’t just about precision—it’s about responsibility.Our milling heads are engineered with energy-efficient designs, reducing the strain on motors and drive systems.By extending machine life and reducing waste, we help our customers contribute to sustainable manufacturing practices.Less energy, fewer breakdowns, and longer tool life mean lower costs and a smaller carbon footprint.Conclusion: Upgrade with ConfidenceUpgrading your knee mill is more than just replacing a part—it's about unlocking new possibilities in precision, speed, and efficiency. With Yih Kuan, you’re not just investing in a component, but in a partnership that delivers long-term results.From R&D-driven design to rugged durability and expert support, Yih Kuan is the trusted name in turret milling head solutions. Let us help you modernize your knee mill—with performance you can measure and quality you can trust.Explore our vertical turret milling heads today:plist3-vertical-turret-milling-headContact our team for a custom consultation.

★★★ Drilling machines, Drill presses, and Tapping machines are not subject to any TS safety regulations! ▼  what exactly is the TS Safety Mark? To protect workers' operational safety and implement a robust source management mechanism, the Ministry of Labor established the TS Safety Mark under Article 7 of the Occupational Safety and Health Act. The aim is to enhance worker safety, improve machinery safety protection, and align with international standards. Equipment that meets the relevant safety regulations must undergo certification and display the TS Safety Mark for clear identification. According to Article 12 of the Enforcement Rules of the Occupational Safety and Health Act, the following equipment is currently included under TS regulation: 1.      Power press and shear machinery 2.      Hand-fed planers 3.      Circular saws for woodworking 4.      Powered forklifts 5.      Grinders 6.      Grinding wheels 7.      Explosion-proof electrical equipment 8.      Photoelectric safety devices for power press and shear machinery 9.      Blade contact prevention devices for hand-fed planers 10.  Kickback and blade contact prevention devices for woodworking circular saws 11.  Other machinery designated and announced by the central competent authority In addition, according to Ministry of Labor Announcement No. 108022956, designated lathes (including CNC lathes) and machining centers have also been added to the list of machinery regulated under Article 7 of the Occupational Safety and Health Act. ▼ What can Yi Chang do to further ensure operational safety? Based on our delivery experience, government agencies, educational institutions, or companies that place a high priority on safety inspections often request us to equip machines with the following:Video:Safety shield for drilling machineVideo:Drilling Machine Tapping Machine With Light CurtainVideo:Drilling Machine with Full Cover SheetLeakage Circuit Breaker and Overload Protector AssemblyHere’s a brief tip on how to use drill presses, drilling, and tapping machines more safely.

is an essential and fundamental equipment in every factory.Besides manual drilling, How else can a Drilling Machine-Drill Press be utilized？1. What is a Drilling Machine-Drill Press？ A Drilling Machine-Drill Press generally consists of three major components: the spindle motor belt pulley transmission mechanism, the spindle feed mechanism, and the lifting worktable. The feed system can be divided into manual Drilling Machine-Drill Presses and automatic Drilling Machine-Drill Presses, with various options such as air clutch Drilling Machine-Drill Presses, pneumatic Drilling Machine-Drill Presses, hydraulic Drilling Machine-Drill Presses, and servo-controlled CNC feed Drilling Machine-Drill Presses.3. Types of Drilling Machine-Drill Press:Drilling Machine ↓↓Bench Drilling Press Machine Various Speed Manual HD-14ICustomized Special Purpose Drilling & Tapping Machine ↓↓VIDEO :Customized Drilling and Tapping Machine

Dedicated Service Committed to Creating Value, Winning the Market through Service Since its establishment over 30 years ago, Yi Chang Machinery has continuously strived to produce outstanding drilling and tapping machines. We have been relentless in our innovation—recently investing in the research and development of CNC machines, offering customized design solutions such as foam drilling machines and special-purpose multi-spindle machines. Our products are distributed across five continents, sold in 36 countries and regions, and have served more than 3,000 customers, generating remarkable economic value for users. Today, we have established a representative office in Vietnam, hoping for the opportunity to serve local customers. We are committed to the principle of integrity and look forward to building long-term partnerships with customers in Vietnam, delivering high-quality products and services to create a bright future together. Whether you have questions about our products, need assistance, or want to share your suggestions, feel free to contact us.Professional fixture and jig design, customized machine planning.↓↓↓↓                     Drilling&Tapping Machine    Tapping Machine Precision   Working Table & Coolant Multiple Spindle Head (Tap/Drill)We look forward to serving you.

Choosing the right milling head is a critical step in unlocking the full potential of your knee mill. Whether you're working in a mold and die shop, a maintenance department, or a small-volume prototyping facility, the correct milling head can dramatically improve machining accuracy, productivity, and equipment lifespan. With decades of hands-on experience and customer feedback, Yih Kuan Enterprise Co., Ltd. offers this practical guide to help you make the smartest investment in your machine shop.Key Factors to Consider1. Understand Your Machining NeedsStart by identifying the type of work your shop handles most often:Materials: Are you primarily machining steel, aluminum, cast iron, or non-ferrous metals like brass or copper? Harder materials may require higher torque and rigid construction.Precision Requirements: Fine finishing tasks require smooth spindle rotation and vibration control, while rough cuts may need torque over finesse.Special Functions: Do you need features such as angular milling (for sloped surfaces), deep cavity access, or multi-face machining?Tip: If your work often involves working at angles or on irregular surfaces, consider a milling head with tilt and swivel capability.2. Evaluate Milling Head FeaturesNot all milling heads are created equal. Pay attention to these critical specifications:Speed Range: Look for models that offer variable speed controls or step-pulley options. This allows for greater flexibility when switching between materials and cutting depths.Torque and Power: A powerful spindle motor is essential for heavy-duty tasks like deep slotting or pocketing hard metals.Machining Versatility: Choose a head capable of supporting milling, drilling, boring, slotting, and even tapping operations.Ease of Use: Controls for tilt, rotation, and spindle speed should be intuitive and ergonomic for daily operation.3. Ensure CompatibilityEven the best milling head is only effective if it fits your machine correctly.Mounting: Check your knee mill’s mounting flange and interface dimensions. Yih Kuan’s turret milling heads are designed to be compatible with most Bridgeport-style machines.Machine Balance: A heavier milling head may require reinforcement to the column or table to ensure stability.Electrical Requirements: Verify motor voltage and drive system compatibility with your current setup.4. Focus on Quality and DurabilityMilling heads endure high rotational speeds, intense pressure, and long operating hours. Make durability a priority:Materials: Look for heads made from hardened steel or castings with anti-corrosion treatment.Internal Components: High-quality spindle bearings, precision-ground gears, and sealed lubrication systems will ensure longer life and consistent performance.Thermal Resistance: Heat-treated and balanced spindles minimize warping during long or aggressive machining cycles.5. Explore Advanced TechnologiesModern manufacturing demands smarter solutions:Vibration Dampening: Heads with built-in dampening systems reduce chatter and improve surface finish.Programmable Adjustments: CNC-compatible heads with programmable angles or RPM controls enhance repeatability.Cooling Systems: Whether through forced air or internal coolant flow, cooling improves both accuracy and component longevity.6. Seek Expert AdviceBuying a milling head isn’t a one-size-fits-all decision:Consult Experts: Yih Kuan’s experienced team can help analyze your production environment and recommend the optimal solution.Request Demonstrations: If possible, test the head on your own machine to evaluate noise, vibration, and tool compatibility.Read Case Studies: See how other machine shops in similar industries have benefited from the right milling head upgrade.Additional Tips for Maintenance and LongevityRegularly inspect the milling head for wear and tear, especially after heavy use.Keep the milling head clean and properly lubricated to prevent rust and ensure smooth operation.Replace worn-out parts promptly to maintain the accuracy and efficiency of your milling head.Follow the manufacturer’s guidelines for installation, operation, and maintenance.Why Choose Yih Kuan?With a long-standing reputation for reliability and technical excellence, Yih Kuan offers more than just a product—we provide a long-term solution for your machining needs.Extensive Product Range: From vertical turret heads to angular milling heads and specialized solutions.Tailored Configurations: Customizable spindle types, mounting dimensions, and RPM ranges.Proven Quality: Manufactured using premium-grade materials, precision-machined components, and strict quality control protocols.Exceptional Service: We partner with our clients before, during, and after installation to ensure continued satisfaction and optimal performance.ConclusionYour knee mill is only as effective as the milling head it carries. Whether you need greater precision, more torque, or flexible angle adjustments, choosing the right head is an investment in productivity, quality, and profitability.With Yih Kuan’s decades of experience, high-quality milling heads, and expert support, you can upgrade with confidence. Let us help you transform your machine’s performance—and your bottom line.Explore our turret milling heads and contact us today for a consultation:plist3-vertical-turret-milling-head

YIH KUAN ENTERPRISE will be participating in the Vietnam Industrial & Manufacturing Fair (VIMF 2025). We sincerely invite you to visit us and explore our expertise in modular milling head solutions. At the exhibition, we will provide complete product catalogs and have technical staff on-site to explain milling head applications, model selection, and machine retrofit options—helping you optimize your machining process and enhance production efficiency. Exhibition Dates: June 18 (Wednesday) – June 20 (Friday), 2025 Venue: WTC Expo, Binh Duong (World Trade Center Binh Duong New City) Booth Number: 584

Old Machines Can Still Be Saved!-Expert Solutions for Every Milling Head — No Matter the Brand!In the machining world, nothing is more frustrating than equipment failure—especially when it's an older turret or plano milling machine. When the original manufacturer has stopped production and spare parts are no longer available, does that mean you need to replace the whole machine?Not necessarily—most of the time, the problem lies in the milling head!Common Failure Symptoms:Significant loss of machining accuracySpindle runout, overheating, or unusual noiseWeak clamping or tool changes not working smoothlyOil seal leakage, unstable spindle speedExcessive vibration during cutting, high scrap rateIn many cases, the root cause is an aging or damaged milling head. Simply replacing it with the right new head can restore your machine and get you back to production!IK's Custom Milling Head Replacement Service:Compatible with All Machines, Regardless of Brand!Whether your machine is made in Taiwan or abroad—turret or plano type—as long as the milling head is the issue, YIH KUAN can provide a solution!Common Taiwanese Brands (Brand / Manufacturer):YCM (Yung Chin Machinery)KENT (KENT Industrial)TOPONE (HSU CHENG Machinery)CHIEN CHENG (CHIEN CHENG Machinery)TOP WELL (TONG WEI Machinery)FIRST (LONG CHANG Machinery)FEMCO (Far East Machinery)ING SUN (ING SUN Machinery)SONYU (SONYU Machinery)MAXIMART (MAXIN Machinery)JYIH SHYANG (JYIH SHYANG Machinery)International Brands:Bridgeport (USA), Sharp, Acra, Comet, JET, Chevalier… and other classic American and European models.Not on the list? No problem!If you can provide milling head dimensions, mounting interfaces, photos, or machine condition, YIH KUAN will design a custom-fit modular head for you.From measurement, flange matching, spindle configuration to performance upgrades—we offer a complete solution!Why Choose YIH KUAN?Specialized in modular milling head production, with standard, heavy-duty, and NC-upgrade typesSupports custom flange design, spindle specs, motor interfacesOffers angle heads, plano heads, and CNC gear-driven headsHelps upgrade old machines with air/oil drawbars, inverter motors, and auto lubrication systemsContact Us Today!No matter the brand or age of your machine—if the milling head is the issue, trust YIH KUAN!We'll help you assess, upgrade, and extend the life of your equipment with expert support.Contact us with drawings or photos for a free evaluation.

YIH KUAN ENTERPRISE is pleased to announce our participation in InterPlas Thailand 2025, where we will be co-exhibiting with Flying Tiger KJ Co., Ltd. This event is one of Southeast Asia’s most influential trade shows for the plastics and rubber manufacturing industries, bringing together key players and decision-makers from across the region.Exhibition Venue: BITEC – Bangkok International Trade & Exhibition Centre, ThailandExhibition Dates:  June 18–21, 2025Opening Hours: 10:00 AM – 6:00 PMBooth Number: 2D35During the exhibition, we will showcase our latest modular milling head solutions, designed to address real-world machining challenges and support efficient equipment upgrades — without requiring full machine replacement. Our experienced team will be available at the booth to provide technical consultations and share insights on how YIH KUAN’s products can support your production needs.What to Expect at Our Booth:Practical solutions for machine retrofittingCustomizable milling head designs for special applicationsProfessional guidance on-siteWe sincerely invite our partners, customers, and industry professionals to visit us at Booth 2D35 to explore collaboration opportunities and learn more about our innovative solutions.For more information about InterPlas Thailand 2025, please visit the official event website: https://www.interplasthailand.com

In the manufacturing industry, milling machines are indispensable tools for precision machining. However, as production needs evolve and equipment ages, many users face ongoing challenges that lead them to consider upgrading or replacing their milling machines or heads. Below are the ten most common issues encountered by milling machine users:1. Insufficient Machining Accuracy Affects Product QualityOver time, a milling machine’s precision deteriorates, making it harder to meet increasingly strict tolerance requirements.2. Poor Head Stability Causes Vibration IssuesAn unstable milling head under high load or complex machining leads to vibrations, affecting surface quality and shortening tool life.3. Equipment Aging and Component WearWorn-out mechanical parts cause performance degradation, reduced efficiency, and increased defects in machining.4. Unable to Meet Modern Machining DemandsTraditional milling machines often fail to support multi-angle or high-speed operations, limiting flexibility in product offerings and order fulfillment.5. Low Production EfficiencyOlder machines operate slowly and require frequent manual adjustments, hampering productivity and workflow.6. Incompatibility with CNC or Automation UpgradesSome machines or head designs lack the structure to integrate CNC controls or automation, restricting smart manufacturing possibilities.7. High Maintenance Costs and Frequent DowntimeFrequent breakdowns, costly repairs, and hard-to-source parts lead to longer downtimes and increased operating expenses.8. Machine Layout Limits Workspace OptimizationBulky or poorly designed machines hinder flexible factory layouts and reduce usable floor space.9. Unstable Cutting Quality Increases Post-Processing BurdenRough or uneven surfaces require additional finishing, wasting time and labor resources.10. Excessive Noise and Poor Operator ComfortOlder machines produce high levels of noise, affecting the working environment and operator well-being.The Solution: Modular & Customizable Milling Head Upgrades by ProfessionalsTo address these pain points, YIH KUAN ENT. CO., LTD. offers a comprehensive and flexible range of milling head solutions. Users can enhance machining performance and competitiveness without the need to replace the entire machine.Our core products include:Turret Milling HeadsPlano (Gantry) Milling HeadsAngle Milling HeadsCNC Gear HeadsAll of our products are built with a modular design, allowing users to mix and match configurations based on their needs. This provides flexibility and cost control while keeping up with market demands.Need something customized? YIH KUAN can tailor solutions according to your specifications. From interface dimensions to special functions, our team will work with your drawings and requirements.As a professional milling head manufacturer, YIH KUAN offers end-to-end capabilities—from development and manufacturing to testing and after-sales service. We deliver custom-level flexibility at mass production prices, offering both stability and high cost-efficiency.ConclusionUpgrading your milling machine or head isn’t just about replacing equipment—it's about rebuilding your competitive edge. Choosing the right milling head partner can help you achieve greater accuracy, faster throughput, and reduced downtime.#Contact YIH KUAN today to explore the best upgrade solution for your machinery and your business.

YIH KUAN, Precision Manufacturer of Traditional Milling Heads from TaiwanStruggling with unstable spindle speed, vibration, or noisy old milling heads?Don't let outdated equipment slow down your production. YIH KUAN INDUSTRIAL CO., LTD., with over 50 years of precision machining expertise in Taiwan, specializes in high-quality milling heads, angle heads, and customized spindle units — empowering your existing machines with enhanced efficiency and extended service life.Why Choose YIH KUAN Milling Heads?High-Rigidity Structure – Ensures smooth and stable cutting performancePrecision Spindles with Imported Bearings – Quiet operation and long lifespanCompatible with Multiple Milling Machines – Supports common mounting configurationsEasy Maintenance, Full Spare Parts Availability – Fast servicing, no downtime Made in Taiwan, Trusted Worldwide – Exported to 5 continents, quality you can rely on #MultipleOptions　#FlexibleSupply　#QuickInstallation　#ConsultativeSupportWhen Tariffs Rise, A Smarter Upgrade MattersAs global trade policies tighten and complete machine imports face rising tariffs,upgrading your existing equipment is the smarter, more cost-effective choice.Replacing your milling head is like giving your machine a powerful, stable new core —it extends machine life, improves precision, and reduces overall operating costs.YIH KUAN offers global customers flexible and responsive solutions:Flexible quotation options (FOB / CIF / EXW etc.)Small batch supply, volume partnership, or OEM customizationSupport for regional distributors and system integratorsFast shipping & consistent technical support from our expert teamIdeal for:Daily machine maintenance or upgrades at factoriesRetrofit and rebuild specialistsTechnical schools and training centersTool machine OEMs and automation integratorsWhether you're looking for a standard vertical milling head, an angle head solution,or a customized head for special cutting environments,YIH KUAN is your trusted manufacturing partner.Upgrade Your Equipment Today!Simply send us a photo and basic dimensions of your current milling head.Our team will quickly help you identify the ideal replacement model — easy to install and operate.Contact Us｜+886-4-2491-4376Email｜yihkuan.salesperson@gmail.comWebsite｜www.yihkuan.comMade in Taiwan ・ Globally Trusted ・ Professionally Supported#MillingHead #AngleHead #CustomApplications #MachineToolComponents #SmartUpgrade #CostSaving #YIHKUAN #TaiwanMade #PrecisionEngineeringPartner

Integrated equipment × ESG consultant × compliance introduction × real-time carbon controlFrom environmental improvement to carbon emission inspection, Guanli Machinery tailors a one-stop green upgrade plan for you to help factories improve their image, reduce costs, and seize green supply chain opportunities!Six core services at one go1. Real-time carbon emission monitoring system: master the factory carbon emission data and output corresponding CBAM automatic reports.2. Product carbon footprint: Comply with ISO14067 to meet brand requirements and create green competitiveness for products.3. Carbon inventory guidance: Dedicated personnel will review the process and establish a carbon emission model, which is the first step from the factory to carbon neutrality.4. Oil mist recovery machine: improve the air quality in the processing area, reduce oil mist and suspended particles, and improve the working environment.5. Oil-water separator: effectively removes floating oil, extends the life of cutting fluid and reduces odor.6. Chip filter: greatly reduce manual cleaning costs, stabilize processing quality, and filter impurities in cutting fluid.Professional advantagesIntegrated equipment + process planning is completed in one stop, customized to meet the needs of your production line.The professional team conducted on-site interviews and put forward suggestions for improvement.Complete after-sales service: installation, training, maintenance and repair.Customer testimonials1. Orders are accepted smoothly, and the number of orders is increased through carbon inventory and real-time carbon emission data reports.2. After the oil mist recovery machine was introduced, the cutting fluid life was extended by 2 to 3 times and the annual maintenance cost was reduced by 42%.3. The introduction of bottom crumb filter reduced the cleaning time from 12 hours to 3 hours per week, with significant results.

IntroductionIn the mold and die industry, precision, repeatability, and efficiency are not just goals—they're requirements. As demand increases for tighter tolerances and faster lead times, many manufacturers are asking: Is it time to upgrade the milling heads on our existing Bridgeport machines? For those still operating with aging equipment or using standard heads that no longer meet production expectations, upgrading to a modern Bridgeport milling head could be a game-changer.This article explores the key reasons why the mold and die industry should consider upgrading and how a high-quality Bridgeport milling head can bring measurable improvements to your machining operations.________________________________________Enhanced Precision for Complex Mold GeometryModern mold designs often involve complex contours, deep cavities, and multi-angle features. The accuracy of these features heavily relies on the stability and performance of the milling head.Upgrading your Bridgeport milling head gives you:Improved spindle rigidity and reduced vibrationGreater machining precision, especially during fine finishingBetter surface finish for tight-tolerance mold componentsThis precision is essential when producing cores, cavities, sliders, and other mold components where every micron counts.________________________________________Faster Setup and Greater Machining EfficiencyOlder or worn milling heads can slow down your process with inconsistent performance or frequent manual adjustments. A new Bridgeport milling head provides smoother operation and quicker setup changes.Benefits include:Reduced downtime from mechanical issuesImproved feed rate stability during contouring or slottingCompatibility with modern tooling and digital readout (DRO) systemsFor mold manufacturers with tight delivery schedules, this translates directly into higher throughput and fewer delays.________________________________________Cost Savings Without Replacing the Entire MachineMany mold shops still use their trusted Bridgeport machines because of their solid construction and long lifespan. Instead of investing in an entirely new CNC mill, replacing just the milling head can provide a significant performance boost at a fraction of the cost.Why this matters:Extends the life of your existing machineAvoids retraining operators or reconfiguring the shop layoutProvides immediate ROI through faster, more accurate machiningThis is a smart option for small to medium-sized mold makers looking to stay competitive without overspending.________________________________________Versatility for Custom Modifications and RepairsMold manufacturing often requires last-minute adjustments or design tweaks. A Bridgeport milling machine equipped with a high-performance turret head offers the flexibility to make precise modifications on the fly—whether it's trimming edges, adding features, or repairing damaged areas.Perfect for:Short-run custom moldsEmergency toolroom workIn-house mold maintenance________________________________________Why Yih Kuan Bridgeport Milling Heads?At Yih Kuan Enterprise Co., Ltd., we specialize in high-performance turret milling heads compatible with Bridgeport-style machines. Our milling heads come in R8, NT30, and NT40 spindle options to suit various machining needs.Our advantages:Stable construction and superior alignment accuracyDesigned for mold & die applicationsReliable support and easy integration with existing machines________________________________________ConclusionFor the mold and die industry, upgrading to a new Bridgeport milling head isn't just an improvement—it's a smart investment. Whether you're machining complex geometries or simply trying to meet production deadlines more efficiently, a high-quality milling head can help you maintain precision, increase productivity, and reduce costs.Call to ActionReady to upgrade? Explore our selection of Bridgeport-compatible milling heads at Yih Kuan's product page, or contact us today for expert advice tailored to the mold & die industry.

§ [From Trade Show Visit to Supply Chain Insight]2025 Taipei AMPA × YIH KUAN Observations ReportThe 2025 Taipei International Auto Parts & Accessories Show (AMPA) kicked off in full swing, as lively and diverse as ever. From headlights, suspensions, and calipers to modified kits, inspection equipment, and precision hand tools, the exhibition floor was buzzing with innovation. Each exhibitor pulled out all the stops to showcase their capabilities and their role in the automotive supply chain.But amidst the dazzling displays, our team from YIH KUAN ENT. CO., LTD., attending as visitors, found something far more revealing — a deeper layer of insight into the real challenges facing manufacturers today.On-Site Conversations That Unveiled Real Processing ChallengesDuring a casual yet in-depth conversation with one auto parts manufacturer, we discovered they were facing serious difficulties in processing certain automotive components. The key components they had been sourcing externally — originally intended to improve machining precision and efficiency — were instead creating new problems: Assembly misalignment leading to high scrap rates Tool runout affecting finished product accuracy Incompatible specifications reducing overall efficiency...What seemed at first to be a quality issue with individual parts actually reflected a much larger problem across the machining supply chain — a lack of system-level thinking and compatibility integration.YIH KUAN’s Reflection: What Kind of Support Do Machining Shops Truly Need?As a professional manufacturer of milling heads, YIH KUAN understands that a milling head is not just a component — it's the driving core of an entire machining system. We believe that for manufacturers facing such bottlenecks, the solution isn’t simply a product, but a tailored system upgrade delivered through consultative support.That’s why we’re actively implementing strategic solutions like: Modular Milling Head Upgrades – Replace outdated parts with modular solutions for greater compatibility and performance‧ On-Site Machining Assessment – Identify pain points and offer customized suggestions and parameter recommendations. Tooling & Interface Integration – Help streamline systems by ensuring all components work seamlessly together.From Observing a Show to Understanding an IndustryThis visit to AMPA reminded us that a trade show is more than a product showcase — it's a mirror reflecting the true needs of the industry. While many booths promoted innovation and automation, there remains a segment of the industry still struggling with the basics: machining stability and operational efficiency.At YIH KUAN, we believe that strengthening these foundational capabilities is essential for long-term competitiveness in Taiwan’s automotive supply chain.Final Thoughts | A Shift in the Role of Machine Tool Makers: From Passive Suppliers to Active EnablersThis AMPA 2025 visit confirmed our belief that our role should go beyond simply quoting specs — we must proactively understand the market, step into the factory, and become a trusted partner to our clients.The future of the auto parts industry will not only be built on cutting-edge products, but also on reliable, scalable, and adaptable manufacturing foundations.And that’s where YIH KUAN is ready to play a key role.

Looking at history, humans have used some natural materials as grinding abrasives, such as quartz, beach sand, gravel, walnut shells, and more. When we talk about artificial abrasives, we mainly refer to materials that are produced through artificial means rather than being mined from the Earth.Some naturally occurring abrasives can also be produced artificially (such as aluminum oxide and diamonds), making it difficult to draw a clear line between these two categories. Widely used natural abrasives include garnet, cerium oxide, flint, emery, aluminum oxide, and diamonds. These materials may have different characteristics and chemical compositions depending on their specific geological sources. When produced artificially, they tend to have more consistent and stable chemical compositions and usage properties.Super Abrasive: DiamondCompared to the hardness of traditional abrasives, diamonds are also used as abrasives. Diamond has a Mohs hardness of 7,000, which is much higher than that of aluminum oxide and silicon carbide, making it more effective for processing hard materials. The earliest diamonds were obtained through mining. Natural diamonds can be classified based on their shape, color, and transparency, with the most perfect and flawless diamonds used for decorative gemstones, the next grade employed for industrial diamond tools, and the most common ones used as abrasive grit. In addition to naturally mined diamonds, many synthetic diamonds are also used in industry. Common methods of production include high-pressure high-temperature (HPHT) and chemical vapor deposition (CVD), with explosive methods being less commonly used.1、High Pressure & HTHP-High TemperatureUsing a four-sided press or a six-sided press, graphite (which, like diamond, is composed of carbon) and a catalyst (iron, cobalt, nickel) are subjected to compression under conditions of 70,000 atmospheres of pressure and temperatures exceeding 1500 degrees. After several hours of compression, they transform into diamonds. Due to the relatively lower production costs, this method is widely used in the production of abrasives.2、CVD-Chemical Vapor DepositionCVD, or Chemical Vapor Deposition, is a method used to grow diamonds using a mixture of hydrocarbon gases, typically methane. This process allows for the growth of diamonds with higher purity. In the synthesis chamber of CVD, methane gas is introduced, and microwave plasma or arc discharge is applied. By utilizing the principle of ionization to generate charged ions, methane releases highly reactive carbon-free radicals. These radicals attach and grow on diamond seed crystals on a growth substrate, usually made of silicon dioxide. The higher the purity of the diamond seed crystals, the better the quality of the grown diamonds. CVD-grown diamonds are often used in diamond tooling and cutting applications.Since diamond is so hard, why not use diamonds to grind all materials? There are several reasons:(1) Poor Heat Resistance of DiamondDiamond, when exposed to air, starts to graphitize at around 700 degrees Celsius. This graphitization on the surface of the diamond can further react with oxygen in the air at high temperatures, converting into carbon monoxide and carbon dioxide. When subjected to temperatures around 900 degrees Celsius, diamond almost completely disappears. Larger surface area diamond particles are particularly prone to burning up, so precise control of grinding temperatures is crucial when using diamond grinding wheels. Momentary spikes in grinding temperatures can significantly reduce the lifespan of diamond tools.(2) Reverse Catalysis in Synthetic DiamondsWhen diamond is used to grind iron-based metals, the presence of iron, which is a catalyst in the synthetic diamond formation process, can easily lead to elevated grinding temperatures during the grinding process. This sustained contact with iron can induce reverse catalysis, causing the diamond to revert to graphite.

Date: Apr.21 to 26, 2025 Location: China International Exhibition Center, BeijingStand: B2-611👉 Contact JAINNHER 👈

Understanding the Importance of Milling Head SelectionIn the world of precision machining, selecting the right milling head is crucial for achieving optimal performance, efficiency, and machining accuracy. However, many users simply adopt the standard milling head provided by the machine manufacturer without considering whether it truly meets their specific machining requirements. This often limits the machine’s full capabilities, preventing businesses from maximizing their production potential.Recently, Yih Kuan (IK Milling Head) received an inquiry from a customer who owns a Japanese milling machine and wanted to replace its milling head. The customer asked:"Is it possible to change the milling head on my machine?"After reviewing the provided photo, Yih Kuan responded with expert guidance:"Yes, it’s definitely possible! However, it is important to confirm certain dimensions, technical requirements, and machining characteristics to ensure a proper fit and seamless integration."This inquiry highlights a common industry challenge—many manufacturers may not realize that milling head replacement and customization can dramatically enhance their machining capabilities, improve precision, and expand production flexibility.The Role of Milling Heads in Machining PerformanceA milling head is the core component of a milling machine, responsible for performing precise cutting, drilling, and shaping operations. It directly impacts factors such as:Machining accuracy – A high-quality milling head ensures precision in every cut.Production efficiency – The right milling head can reduce machining time and improve workflow.Versatility – Different milling heads offer unique capabilities suited for various machining applications.Longevity – Upgrading to a well-designed, high-rigidity milling head extends the lifespan of the entire machine.By choosing the correct milling head, manufacturers can unlock the true potential of their equipment, enabling them to handle more complex machining tasks and increase overall productivity.Comprehensive Milling Head Solutions by Yih KuanWith decades of expertise in milling head manufacturing, Yih Kuan (IK Milling Head) specializes in producing a wide range of high-performance milling heads, including:CNC Gantry Gear Heads – Designed for high-torque, heavy-duty machining applications, ensuring precise and stable performance.Machining Center Gear Heads – Engineered for high-speed CNC milling centers, optimizing productivity and machining efficiency.Plano Milling Heads – Perfect for large-scale surface milling, providing rigid support and accuracy for various industries.Turret Milling Heads – Ideal for general machining, offering flexibility for manual and CNC-controlled milling operations.Angular Heads – Expand machining capabilities by allowing multi-directional cutting without repositioning the workpiece.Beyond standard models, Yih Kuan also offers customized milling head solutions, tailoring configurations to match unique customer requirements. This ensures seamless integration with existing milling machines, enhancing machining efficiency and versatility.Key Considerations for Milling Head ReplacementBefore upgrading or replacing a milling head, it is essential to assess key factors such as:Spindle interface compatibility – Ensuring the new milling head matches the machine’s spindle mounting specifications.Required machining capabilities – Considering factors like cutting speed, torque, and rigidity needed for specific applications.Machine capacity and structural support – Verifying whether the existing machine structure can handle a more powerful milling head.Automation and CNC integration – Determining if the new milling head is compatible with CNC control systems for precision automation.Proper evaluation of these aspects will ensure a smooth transition and maximize the performance benefits of a new milling head.Unlock Your Machine’s Full Potential with Yih Kuan (IK Milling Head)At Yih Kuan, we understand that every machining requirement is unique. Whether you need a high-precision CNC milling head, a durable plano milling head, or a specialized angular head, our expert team can help you find or customize the perfect solution.Why settle for standard when you can optimize?Enhance your machining capabilities with a tailored milling head upgrade!For professional milling head solutions, contact Yih Kuan (IK Milling Head) today and explore how our expertise can elevate your machining performance to new levels

The Hidden Link Between Machine Tools and the Food IndustryBy: Columnist – Mechanical Industry ObserverWhen people talk about the machine tool industry, they usually associate it with automotive components, mold manufacturing, or aerospace. On the other hand, the food industry brings to mind bread makers, sealing machines, packaging lines, or automatic filling equipment. These two sectors may seem worlds apart—but in reality, they are tightly connected behind the scenes.In a recent conversation between Yih Kuan Enterprise Co., Ltd., a professional milling head manufacturer in Taiwan, and a prominent figure in the food industry, the close relationship between machine tools and food processing machinery became crystal clear.Machine Tools: The “Mothers” of Food MachineryFood machinery—such as automated filling machines, film sealing systems, conveyor lines, and food molds—are largely composed of metal components. Before these parts can be assembled into functional machines, they must first be precisely machined—through turning, milling, drilling, and tapping—core processes performed by machine tools.In other words, every part of a food machine, from its frame and structure to critical components like shafts and molds, relies on machine tools for precision manufacturing. No machine tool, no food machine.Milling Head Technology: The Heart of Machining EfficiencyYih Kuan specializes in milling heads, including turret milling heads, plano milling heads, and angle heads. These units are the core cutting elements of milling machines. Milling heads directly affect the surface precision and productivity of machined parts, and they greatly enhance the flexibility of machining operations—making complex components possible.For the food industry, rising expectations in hygiene, safety, and customized production have made food equipment increasingly complex and refined. This trend drives machine tool innovation, creating a mutually beneficial cycle between the two industries.Automation Fuels Cross-Industry IntegrationToday's food factories are shifting toward automation and smart production—from raw material handling and filling to packaging and logistics. These systems require high-precision components and robust structural designs, all of which are enabled by machine tools and components like milling heads.In this era of integration, companies like Yih Kuan Enterprise, which focus on high-performance machine tool components, play a pivotal role in bridging traditional machining with emerging industrial needs.Conclusion: Unlocking New Possibilities Through Cross-Industry CollaborationThough the food and machine tool industries may seem unrelated at first glance, they are, in fact, mutually dependent. From the precision machining of food molds to the structural frames of automated machines, machine tools are the silent foundation behind the scenes. For Yih Kuan Enterprise, this represents not only a market expansion opportunity but also a chance to foster collaboration between industries.As food processing evolves toward greater automation, modularity, and stricter hygiene standards, the machine tool industry will advance in parallel—working together to usher in a new era of smart manufacturing.

March 12, 2025, 11:07:28Economic Daily – Xu YuqingThe Taipei International Machine Tool Show (TIMTOS) recently attracted professional buyers from over 90 countries worldwide. Yih Kuan Enterprise (IK), one of the exhibitors, promoted its mission of “Rescuing Mechanical Orphans”, showcasing high-quality milling heads and angle heads. This concept resonated with the industry. With the proactive efforts of the company’s second-generation leader and current Executive Vice President, Hung Yang-Chia, the booth attracted a steady stream of visitors, including curious buyers from over 20 countries, including Europe, the U.S., Japan, and India.Upgrading Machinery for Sustainable ProductionIn recent years, trends such as ESG (Environmental, Social, and Corporate Governance) and net-zero carbon emissions have prompted many factories to face the challenge of equipment replacement and idle machinery. Hung Yang-Chia stated that as a trusted partner for global machine tool manufacturers, Yih Kuan is committed to providing comprehensive milling head and angle head solutions to ensure stable machine performance and improved machining precision, allowing customers to maintain uninterrupted production.Many machines in client facilities have been in service for decades. Although machining conditions are limited and precision has declined, these machines still hold production value."Many people assume that these machines are ‘outdated’ or ‘useless,’ leading to a large number of machines being left idle or even scrapped outright," Hung Yang-Chia said.Old Machines Are Not Scrap Metal – Unlock Their Value Through Upgrades"Old machines are not scrap! With the right upgrades, they can still create value, return to production, and generate greater benefits." Hung Yang-Chia actively promotes this concept through both physical exhibitions and online platforms, advocating for an equipment revitalization plan that breathes new life into old machines.To address outdated equipment issues, Yih Kuan offers solutions to restart and upgrade milling heads, ensuring older machines regain functionality through:Enhanced Machining Precision – High-rigidity, high-stability milling heads improve machining accuracy to meet modern production requirements.Expanded Machining Applications – Angle heads and other multifunctional accessories allow old equipment to handle more machining tasks, increasing production flexibility.Reduced Replacement Costs – Avoid unnecessary full-machine replacements, reduce capital expenditures, and align with environmental and carbon reduction goals.Yih Kuan’s solutions, aimed at “Upgrading Old Machines for Sustainable Production,” have garnered significant interest from both existing customers and potential new clients worldwide.Beyond standard products, Yih Kuan also offers customized retrofit services, tailoring upgrade plans based on the specific needs of different industries. This ensures that old and even idle machines can be revitalized and reintegrated into production lines, unlocking greater value.

The NP600Plus energy-saving intelligent wire-cutting machinedeveloped by EXCETEK stood out in the 2025 17th Machine Tool "R&D Innovation Product" competition, winning both the "Energy-saving and Carbon-reduction Smart Product Innovation Award - First Prize" and the "Other CNC Machine Tools and Processing Units - Honorable Mention Award."This achievement demonstrates EXCETEK's leading technology in intelligent manufacturing and green energy-saving fields, providing businesses with efficient and environmentally-friendly innovative processing solutions.Thanks to 【Economic Daily News】 for the report: https://money.udn.com/money/story/6092/8588146

Taiwan Excellence Award Official Website：https://www.taiwanexcellence.org/en/award/product/1140186The Taiwan Excellence Award, known as the "Oscars of Taiwan’s Industry," is the highest honor in Taiwan’s industrial sector. Every year, award recipients are rigorously selected based on five key criteria: R&D, design, quality, marketing, and manufacturing in Taiwan. This prestigious award not only showcases the innovation capabilities of the winning enterprises but also symbolizes the global competitiveness of their products.EXCETEK, with its outstanding technological innovations and high-quality products, has consistently stood out among numerous competitors, earning multiple Taiwan Excellence Awards. This recognition highlights the company’s leading position in the field of smart manufacturing.This year, EXCETEK’s NP400L plus intelligent high-precision energy-saving wire cutting machine has once again been honored with the 33rd Taiwan Excellence Award. This achievement fully reflects the company’s commitment to customer-centric innovation, integrating energy efficiency, carbon reduction, and AI technology into its R&D philosophy.Focusing on digital and green transformation, EXCETEK has developed high-efficiency, low-energy-consumption sustainable machines—including the NP, HD, and ED series—and introduced AI-driven intelligent manufacturing and sales systems for wire-cutting and EDM machines. These AI systems generate solutions in ten languages, providing real-time remote assistance for global users and ensuring seamless, around-the-clock service.The NP400L plus features an advanced high-thrust linear motor with direct feedback, enabling smooth, vibration-free table movement. This significantly enhances positioning and cutting accuracy, eliminates backlash and wear, and ensures long-term high-precision performance with zero maintenance. Additionally, the machine is equipped with a state-of-the-art EtherCAT controller and full-closed-loop servo control, ensuring exceptional stability and precision.Notably, it incorporates the next-generation GS-Cut high-speed green energy-saving discharge circuit, utilizing a Sink energy recovery system and high-speed discharge pulses. This technology reduces power consumption during EDM processing while achieving a 25% energy recovery rate and over 25% faster processing speeds. The entire machine is built with high-efficiency, low-energy components and an advanced green cooling system, ensuring optimal performance control and energy efficiency. Furthermore, the DX smart machinery supports the Umtai communication protocol, aligning with international standards.

With the widespread adoption of CNC machines such as turn-mill centers, five-axis machines, and fully automated milling machines, automated angle heads have become a key component in modern machining. However, despite these advancements, manual angle heads continue to be in high demand. This phenomenon is driven by several crucial factors that make manual angle heads indispensable in various industries.Why is There Still a Demand for Manual Angle Heads?1. Cost ConsiderationsWhile automated angle heads improve efficiency, their high cost makes them less accessible to small and medium-sized enterprises (SMEs). Many manufacturers opt for more affordable manual angle heads to maintain production flexibility without significant investment.2. Flexibility and VersatilityManual angle heads are compatible with various machines, including traditional milling machines, gantry mills, and horizontal machining centers. They provide greater flexibility when machining non-standard parts, allowing operators to make quick adjustments without the need for complex programming.3. Maintenance and On-Site MachiningIndustries such as shipbuilding, aerospace, and energy equipment maintenance often require on-site machining. Since manual angle heads do not require additional control systems, they offer an easy-to-use and effective solution for repair and maintenance operations.4. Specialized ApplicationsSome industries, such as mold manufacturing, custom product machining, and technical training, still rely heavily on manual angle heads. Operators in these fields require precise control over machining angles, making manual adjustments a preferred choice.Which Markets Have the Highest Demand for Manual Angle Heads?1. Southeast Asia MarketMany SMEs in countries such as Vietnam, Thailand, and Indonesia still use conventional milling machines, creating consistent demand for manual angle heads.The mold manufacturing and machining industries in this region continue to rely on manual machining solutions.2. Indian MarketIndia has a significant number of traditional machines in operation, and cost-sensitive businesses prefer manual angle heads over expensive automated alternatives.The demand for flexible machining solutions in small-scale industries contributes to steady sales of manual angle heads.3. Latin American MarketCountries like Brazil and Mexico have large manufacturing industries but slower adoption of automated equipment, maintaining a need for manual angle heads.Many factories require manual solutions for maintenance and prototyping purposes.4. European Market (Selective Regions)While Western Europe leads in automation, Eastern Europe and small-scale mold factories still utilize manual angle heads for high-precision, low-volume machining.Taiwan’s Position in the Global MarketTaiwan plays a critical role in the global supply of manual angle heads due to its strong precision manufacturing industry. Taiwanese manufacturers are known for:Stable Quality: Taiwan-made angle heads are recognized for their high precision and durability, providing a competitive edge over lower-cost alternatives from China while being more affordable than European brands.Customization and Flexibility: Taiwanese manufacturers, such as Yi Kuan Enterprise Co., Ltd., offer a broad selection of milling heads to cater to various machining needs, including standard and customized options.Strategic Market Influence: Taiwan is a leading supplier of machine tool accessories in Asia, particularly serving Southeast Asia and India with high-quality yet cost-effective products.Yih Kuan Enterprise Co., Ltd. specializes in manufacturing milling heads and provides a wide range of options to meet diverse industrial requirements. Their product offerings ensure that milling machine users can select, upgrade, and modify their setups with confidence, achieving seamless and reliable machining operations.ConclusionDespite the increasing automation in the machine tool industry, manual angle heads remain crucial due to their cost-effectiveness, flexibility, and adaptability in various industries. By selecting the right manual angle head and leveraging customized solutions, manufacturers can enhance their machining capabilities. Taiwan continues to be a strong player in this market, with companies like Yih Kuan Enterprise Co., Ltd. providing top-quality milling heads to meet global demands.

Although conventional milling machines have gradually been replaced by CNC (Computer Numerical Control) equipment in modern factories, their flexibility, low cost, and adaptability still secure them a crucial place in various manufacturing environments. Especially in small-batch production, maintenance work, and machining skill training, the value of conventional milling machines remains indispensable.◎Applications of Conventional Milling MachinesPrototype Development and Small-Batch ProductionConventional milling machines are ideal for developing new product prototypes as they allow for quick adjustments and modifications without the need for programming or complex machine setups. For small-scale production, their intuitive operation helps shorten production cycles.Prototyping, Maintenance, and Custom Parts MachiningMany factories still rely on conventional milling machines for prototyping and maintenance work, especially in the upkeep of large machinery or specialized components. By upgrading components and applying jigs and fixtures, conventional milling machines can be adjusted to meet specific needs, enhancing production efficiency.Technical Training and LearningConventional milling machines are essential tools for technical schools and in-house factory training. Learners can manually operate the machines to understand machining principles, develop fundamental metal-cutting skills, and build a solid foundation for advancing to CNC machining.Yih Kuan Enterprise Co., Ltd. provides a wide range of milling heads tailored to different motor specifications, transmission methods, machining strokes, and specialized milling head requirements. Through consultative services, we help users identify their precise milling machine needs and match them with the most suitable milling head modifications.#GantryMillingHead#TurretMillingHead#AngleMillingHeadSelecting the Right Milling Head to Enhance Machining CapabilityOne of the core components of a conventional milling machine is the milling head, which significantly affects machining precision, efficiency, and application range. Choosing the right milling head can improve cutting performance and reduce machining errors. For instance, if a factory frequently processes harder materials, selecting a high-rigidity milling head ensures stable cutting performance. Additionally, for multi-angle machining requirements, an adjustable milling head can enhance flexibility.Upgrading the Milling Head to Improve Production EfficiencyMany factories upgrade their milling heads to enhance the performance of conventional milling machines. Upgrades include installing high-speed milling heads to increase cutting speed or adding automatic feed functions to reduce operator workload. For high-precision machining needs, opting for precision-grade milling heads can significantly improve machining accuracy.ConclusionAlthough automation and CNC machines are becoming mainstream, conventional milling machines remain irreplaceable in factories. Whether for small-batch machining, prototyping, maintenance, or technical training, they play a vital role. By selecting the right milling head, upgrading milling heads, and utilizing customized milling machine components, companies can further enhance machining efficiency, ensuring that this traditional equipment continues to provide value in modern manufacturing.

A Comprehensive Guide to Ensuring Factory and Equipment Safety After an EarthquakeAfter an earthquake, even if everything seems intact on the surface, there could be hidden risks, especially in factory equipment and production environments. If these risks are not promptly inspected and addressed, they may affect production efficiency or even lead to more significant safety hazards.We have compiled a post-earthquake inspection guide that highlights the following key areas:Calibration and Testing of Precision Machines: Including the alignment of spindles, tools, and guide rails.Comprehensive Factory Environment Inspection: Such as checking the stability of stacked materials, the safety of lifting equipment, and structural integrity of walls.Inspection of Fire and Emergency Systems: Ensuring the proper functioning of fire safety systems and emergency escape routes.This article will help you quickly understand the necessary inspection and precautionary measures after an earthquake, ensuring that your factory and equipment operate in a safe and secure condition.👉 Read the full article and start your inspections today🔗 Safety First, Stability AlwaysTogether, let's safeguard safety and ensure stable production!

IntroductionVertical Machining Centers (VMCs) are a cornerstone in modern manufacturing environments, known for their efficiency and precision. To further leverage the capabilities of these versatile machines, adding an angular head can transform operations, broadening the scope of projects a VMC can handle. Here's a deeper look into why installing an angular head in your VMC setup is essential for enhancing machining flexibility.1. Increased Range of Machining AnglesDetailed Explanation: Angular heads provide VMCs with the capability to execute machining operations at angles other than the typical vertical orientation. This flexibility is critical when producing parts that have complex geometries, as it allows for the machining of bevels, chamfers, and deep pockets that would otherwise be inaccessible.Practical Impact: Incorporating an angular head minimizes the need for manual repositioning of the workpiece, which can be time-consuming and prone to errors. As a result, manufacturers can expect more precise outcomes with smoother workflows, contributing to overall increases in productivity and reductions in cycle times.2. Enhanced Complex MachiningDetailed Explanation: Angular heads unlock new machining possibilities by allowing VMCs to reach difficult areas of a part with ease. They make it possible to mill, drill, and tap from different angles, which is invaluable for creating intricate features on parts without multiple machine setups.Practical Impact: This enhanced capability is especially valuable in sectors that manufacture complex assemblies, such as aerospace, automotive, and die/mold making. The ability to adhere to strict tolerances and produce complex designs with high repeatability ensures that products meet rigorous industry standards.3. Optimized Tool Utilization•    Detailed Explanation: By changing the orientation of the cutting tool, angular heads can significantly extend the range of operations each tool can perform. This adaptability reduces the need for a large variety of specialized tools, which can be expensive and require additional storage and management.•    Practical Impact: Better tool utilization leads to cost efficiencies in tooling expenditure. Reducing the number of tool changes also decreases machine downtime and enhances throughput, making the manufacturing process more efficient and less costly.ConclusionAdding an angular head to your VMC is a strategic decision that enhances the machine’s flexibility, expands its machining capabilities, and optimizes the utilization of tooling resources. The adoption of such advanced technology ensures that your manufacturing setup remains competitive, agile, and capable of meeting the evolving demands of modern industries. If you are considering upgrading your VMCs, Yih Kuan's range of angular heads offers the reliability and performance needed to maximize your machining efficiency.Call to ActionExplore the full potential of your VMC with Yih Kuan's innovative angular heads. Visit our website or contact our expert team today to discover how we can help you transform your production capabilities and stay ahead in the competitive manufacturing landscape.

The gantry milling head is an indispensable key component in modern machining, particularly suitable for high-precision machining and heavy-duty cutting of large workpieces. This article explores its applications in various machining scenarios, delves into its characteristics, highlights its significance in manufacturing processes, and introduces the professional services provided by Yih Kuan.1. Applications of Gantry Milling Heads in Various Machining ScenariosPrecision Machining and Heavy-Duty Cutting of Large Workpieces The gantry milling head, with its high rigidity and stability, is particularly well-suited for high-load cutting requirements of large workpieces. Whether for aerospace structures, energy equipment components, or mold machining, it excels in delivering consistent and efficient results.High-Precision Machining of Complex Geometries The gantry milling head can flexibly handle various complex shapes and freeform surfaces. Its multi-angle adjustment capability and precise cutting characteristics make it an essential piece of equipment in industries such as automotive, machinery manufacturing, and mold making. Additionally, the gantry milling machine can be equipped with angle heads to enhance flexibility, enabling seamless multi-angle and multi-directional machining.Intelligent and Automated Machining With the development of smart manufacturing technologies, gantry milling heads have become core components of automated production lines. Through tight integration with CNC systems, they enhance efficiency while ensuring machining precision, meeting the needs of diverse batch production.2. Key Features of Gantry Milling HeadsHigh Rigidity and Stability The structural design of the gantry milling head undergoes rigorous mechanical analysis and optimization, ensuring exceptional rigidity and stability. It maintains reliability during heavy cutting, achieving high material removal rates efficiently.Outstanding Machining Precision Equipped with high-precision spindles and CNC systems, gantry milling heads can execute machining tasks within micron-level tolerances, ensuring superior surface finishes and dimensional accuracy.Flexibility and Multi-Functionality Gantry milling heads are compatible with a wide range of tools and accessories, adapting to various machining needs. Whether for milling, drilling, or tapping operations, they excel in delivering efficiency and versatility. Furthermore, using angle heads expands capabilities beyond traditional limitations, achieving diversified process requirements.3. Professional Services Provided by Yih KuanYih Kuan specializes in the development and manufacturing of high-quality gantry milling heads, committed to offering customized solutions for clients:Custom Product Design: Tailor-made gantry milling heads are designed and manufactured based on client requirements to address diverse industrial machining challenges.Technical Support: Comprehensive technical assistance and training services ensure clients can fully leverage the performance of their equipment.After-Sales Services: A responsive after-sales service team provides equipment maintenance and upgrade solutions to ensure production stability and efficiency.Equipment Rebuilding Services: For aging gantry milling machines, Yih Kuan offers professional equipment rebuilding services, including head replacement, revitalizing old equipment to restore or even surpass original performance levels and extend service life.Yih Kuan upholds a commitment to professionalism and innovation, striving to help clients enhance production efficiency and competitiveness. If you have any inquiries or requirements regarding gantry milling heads, feel free to contact us!Contact Information:Phone: 886-4-24914376Email:  yihkuan.salesperson@gmail.com

Choosing the right surface grinder is crucial for enhancing machining accuracy and production efficiency. However, with the wide variety of surface grinders available on the market, how can you select the one that best meets your needs? This article will guide you through several key aspects to help you make an informed decision.   1.      Understanding Your Machining Needs: When Do You Need a Surface Grinder? 2.      Analysis of Main Types and Functions of Surface Grinders 3.      Key Technical Parameters to Consider When Choosing a Surface Grinder 4.      Comparing Brands and After-Sales Services: Why These Factors Are Equally Important 5.      Budget Considerations: How to Balance Price and Performance 6.      Final Checklist Before Purchase: Ensuring You Make the Right Choicemore information https://www.perfectmachine.com.tw/news.php?func=n_show&nc_id=3&n_id=43

🎉 Celebrating 40 Years of KINWA Lathes: Driving New Heights in the Industry!Since its founding in 1968, KINWA Lathes by JINN FA Precision has been committed to delivering highly efficient and precise turning solutions to manufacturers worldwide. The iconic CL-10 Lathe, launched in 1985, not only earned international acclaim but also became a cornerstone of success for countless businesses, contributing significantly to Taiwan’s industrial growth.✨ To commemorate the 40th anniversary of the CL-10 Lathe, we are excited to offer an exclusive limited-time promotion!From now until March 31, 2025, purchase any KINWA machine to enjoy exclusive benefits. This is the perfect opportunity to upgrade your production capabilities and join us in driving the next wave of industrial innovation.💡 Product Highlights:CL-10 Lathe: Renowned for its reliable multi-angle machining capabilities, trusted by industries like hand tools and sanitary ware.The New CL-100 Lathe: Enhanced with a dual V-guideway, extended Z-axis travel, and superior stability for even greater precision and versatility.⏳ Don’t miss out on this limited-time offer!We invite you to join us in advancing industrial excellence. For details, contact your nearest distributor or our sales team.#Manufacturing #MachiningTechnology #TaiwanExcellence #LatheInnovation #KINWA40Years #IndustryUpgrade #CNCPrecisionMachiningThe related news report is as follows.金和車床CL-10榮耀40年 推出優惠購機方案 - 商情 - 工商時報

IntroductionKnee mills, known for their versatility and precision in a variety of machining applications, remain a staple in workshops and manufacturing facilities. While inherently flexible, the performance of knee mills can be significantly enhanced by upgrading with high-quality milling heads. Yih Kuan's vertical turret milling heads, available in R8, NT30, and NT40 spindle options, offer superior performance and adaptability. This article explores how integrating these advanced milling heads can transform the capabilities of knee mills.Understanding Knee MillsKnee mills, characterized by a vertically adjustable table, or "knee," offer exceptional control and flexibility for machining complex parts. They are favored for their ability to perform intricate milling, drilling, and cutting tasks with high precision.The Role of Upgraded Milling HeadsUpgrading a knee mill with a sophisticated milling head from Yih Kuan enhances its operational capabilities:Precision and Versatility: Yih Kuan’s milling heads provide precision machining with their advanced design and robust construction, making them ideal for tackling complex machining tasks that require meticulous detail.Compatibility and Performance: With spindle options like R8, NT30, and NT40, Yih Kuan’s milling heads are compatible with a wide range of knee mills, ensuring that regardless of the original equipment, enhanced performance is achievable.Key Benefits of UpgradingEnhanced Durability and Reliability: Upgrading to Yih Kuan’s milling heads not only enhances performance but also improves the overall durability and reliability of the milling equipment. High-quality materials and precision engineering reduce wear and tear, extending the lifespan of both the milling head and the knee mill itself.Increased Range of Tool Compatibility: With advanced milling heads like those offered by Yih Kuan, knee mills can utilize a wider range of cutting tools, including specialized ones designed for specific materials or applications. This compatibility broadens the scope of projects that can be handled, accommodating everything from standard milling operations to specialized tasks like engraving or threading.Reduction in Operational Noise and Vibration: Higher quality milling heads are often designed to operate more smoothly and quietly, reducing vibration and operational noise. This not only creates a more pleasant work environment but can also enhance the precision of cuts by minimizing disturbances during machining.Energy Efficiency: Advanced milling heads may be more energy-efficient due to improved design and materials that reduce friction and energy consumption during operation. This can lead to lower operational costs and a smaller environmental footprint.Ease of Maintenance: Yih Kuan’s milling heads are designed for ease of maintenance, featuring components that are easily accessible and replaceable. This simplifies routine maintenance tasks and reduces downtime associated with servicing.Customization and Tailored Solutions: Yih Kuan offers customized milling heads tailored to specific customer needs and machining challenges. This level of customization ensures that the milling head perfectly matches the specific requirements of the knee mill and the tasks it performs, maximizing efficiency and results.Better Surface Finish Quality: The precision and stability provided by superior milling heads result in better surface finish quality, crucial for industries where aesthetics or surface integrity are important, such as in automotive and aerospace parts manufacturing.Increased Operator Safety: With features that might include enhanced guards and more robust safety mechanisms, upgraded milling heads can make the machine safer to operate. Enhanced control and precision also reduce the likelihood of errors that could lead to accidents.Applications in IndustriesManufacturing: Ideal for producing parts with complex designs, especially where precision is critical.Education and Prototyping: Used in educational settings for training purposes and in R&D for developing new products.Custom Machining: Especially useful for custom manufacturing shops that require flexibility to adapt to various jobs.ConclusionKnee mills are an essential component of many machining setups, and their functionality can be greatly enhanced by using Yih Kuan's vertical turret milling heads. Whether you are looking to upgrade an existing knee mill or enhance a new setup, Yih Kuan provides a range of milling heads that ensure top performance and adaptability.Call to ActionTo discover more about how Yih Kuan's milling heads can elevate your knee mill's capabilities, visit our website at Yih Kuan's product page. Contact us today to find the perfect milling head for your needs and take your machining process to the next level.

PMC續助攻德川綠色轉型 完成ISO14064-1溫室氣體盤查隨著氣候變化的嚴重性越來越被各界所認識，淨零碳排已成為全球關注的焦點之一。國內五軸旋轉工作台領導大廠—德川機械，在去年跨出第一步，委託財團法人精密機械研究發展中心(PMC)依據國際標準ISO 14064-1:2018進行輔導盤查作業，在今年2月完成類別一及類別二之盤查工作，接著又在今年8月完成類別一至類別四盤查工作，成為旋轉工作台界第一家完成ISO14064-1溫室氣體盤查的公司。 今年8月初，夏威夷發生史上最嚴重野火，乾燥的氣候與颶風助長了火勢，拉海納鎮慘遭野火吞噬，至今仍有數百人下落不明，而台灣也從年初的缺水到淹水，這些都證明了極端氣候事件正在不斷發生。而為了減少溫室氣體排放以減緩極端氣候事件發生，各國政府也都定下淨零碳排的時間表。德川機械在淨零碳排的進度領先業界，除了已擬定淨零減排策略外，在碳盤查計劃上也已完成，德川機械副總經理江禮華說，ISO14064-1溫室氣體盤查已在8月16日完成，這可以說是這個業界的第一家，接下來我們就會開始執行ISO 14067產品碳足跡，再依據ISO-14001生產線訂定與執行減碳製造策略-導入ISO 14955、ISO 50001發展碳排管理。事實上，德川機械在今年台北工具機展發表導入AIOT與數位化系統的智能五軸旋轉工作台，其實就已將節能減碳的功能設計進去，江禮華說，今年台北工具機展有到攤位參觀的朋友就知道，其實德川智能五軸旋轉工作台，除了運用AIOT與數位化讓它變得更聰明外，我們同時也透過硬體結構的改善，導入更加輕量化的合金元素，大幅降低驅動能耗，節能的效果非常顯著。德川機械已通過PMC輔導完成ISO 14064-1:2018溫室氣體盤查，未來將依據 ISO 14955標準進行產品設計改良，以因應國際節能減碳需求，圖為PMC開立的溫室氣體排放量輔導盤查聲明書。圖/業者提供2026年開始，歐盟即將實施碳關稅，國內企業必須加快淨零碳排腳步。江禮華說，淨零碳排，德川已成功跨出第一步，我們從未中斷尋求如何讓產品更加節能、更加減少碳排的設計，我們相信未來低碳供應鏈，勢必成為最具市場競爭力的產品，而德川將挹注更多資源，不斷開發更低碳更節能的技術與產品，在這股洪流中，創造更佳的成績。

https://www.ctee.com.tw/news/20240327702313-431203本屆TMTS展 德川機械展示了DX數位轉型GX綠色轉型和CX客戶售服轉型等三大主題德川發表AI智能客服-德川GPT，副總經理江禮華(右7)率領堅強的行銷與技術團隊在攤位上合影。圖/黃俊榮攝2024台灣工具機展已於3月27日隆重開幕，本屆展會以「雙軸智造永續未來」為主題，聚焦在數位轉型和綠色轉型。台灣五軸旋轉工作台領導大廠德川機械，在本屆展會中除了呈現數位轉型和綠色轉型的成果外，更推出轉台業界首創的AI智能客戶售服系統，展現領先市場的氣勢，是本屆展會各界最矚目的焦點。本屆TMTS展，德川機械展示了DX數位轉型、GX綠色轉型和CX客戶售服轉型等三大主題，強調對技術創新、環保和客戶滿意度的不斷追求。副總經理江禮華表示，在綠色轉型上，德川已在2022年由PMC助攻進行ISO14064-1的輔導，並領先同業在去年8月完成溫室氣體碳盤查，今年更與日本名古屋大學及知名的日本工具機大廠合作，預計在今年就能取得ISO 14955系列的認證。德川機械獲得第32屆台灣精品獎的智能五軸旋轉工作台。圖/黃俊榮攝在數位轉型方面，德川和臺大機械系5G智慧製造旗艦團隊合作，開發出i4.0-RT智慧盒，智能五軸旋轉工作台透過這個智慧盒，可以實現自動背隙補償、即時狀態監控、異常紀錄追蹤和保養履歷跟蹤，優異的智能化功能，在去年獲得台灣精品獎的肯定。另外，德川也首次發表生成售服系統-德川GPT。客戶可透過手機平板跟德川的生成機器人Mr.D對話，德川GPT透過RAG的生成技術，截取德川的地端專用資料庫，透過OPEN AI大型語言模型，即時生成客戶需求的資訊，來克服遠距及時差的售服問題，如果還不能完全解決，德川GPT可提供XR數位指引與MR專家售服，線上及時解決，做到精準售服的目的。工具機業界大老與台大5G智慧製造旗艦團隊討論GX、DX、CX未來發展方向。圖/業者提供德川這次展會上還發表一款滾子凸輪五軸旋轉工作台，也是此展會的一大創新亮點。江禮華說，這項產品是採用雙導程滾子凸輪結構，它涵蓋了德川多年來在四軸五軸的技術含量，我們都知道干涉會產生震動、異音、溫升的狀況，傳統滾子凸輪常常因為干涉而出現震動及剛性不足的問題。德川在2019年就與中正大學合作開發這項加工應用軟體，已成功徹底解決這些問題。江禮華說，這項軟體的核心優勢，是在於提升滾子接觸的數量，由原來2-3顆的接觸數提升到4-5顆，切削剛性因此大幅增加50%，對比同業的標準來說，德川的剛性更高，也因此更具有競爭優勢。為了在全球市場上保持競爭力，德川計劃在日本成立設計公司，進一步提升產品的設計能力，同時加強產學合作，並研發高階產品，江禮華說，未來將持續推動綠色永續，打造更精密的高階多軸旋轉工作台，為客戶提供更優質的產品及服務。百德機械董事長謝瑞木(左5)、台灣發那科總經理山田雄策(左4)等貴賓，參觀德大集團後與總經理黃耀德(左6)、德川副總經理江禮華(左1)、德大副總經理林淑戀(右1)以及臺大機械系特聘教授覺文郁(右5)率領的5G智慧製造旗艦團隊合影。圖/業者提供

https://www.ctee.com.tw/news/20241104700301-439901展現在旋轉工作台技術領導地位，促進更節能、更低碳的工具機設備發展●德川機械ISO 14955認證證書。圖／業者提供台灣旋轉工作台領先大廠－德川機械近日宣布，已順利完成與日本瀧澤（Takisawa）及精密機械研究發展中心（PMC）的三方協作，成功協助日本瀧澤（Takisawa）取得ISO 14955認證，此次合作不僅提升了工具機設備的能源效益，也為工具機行業樹立了節能設計的新標準。ISO 14955作為工具機能源效率的國際標準，對設備在運行過程中的能源消耗和環境影響提出了明確的設計準則及驗證方案。德川在本次專案中負責提供旋轉工作台的硬體技術支援，結合日本瀧澤（Takisawa）的先進工具機設計技術，共同推動設備實現高效運行及節能目標。德川機械副總經理江禮華表示：「此次成功協助工具機廠取得ISO 14955認證，不僅展現了德川在旋轉工作台技術上的領導地位，也展示了我們與業界頂尖夥伴的合作能力，未來我們將繼續推動旋轉工作台技術的創新，促進更節能、更低碳的工具機設備發展。」在此次專案中，德川負責旋轉工作台的設計優化與能效測試，確保設備在各種操作條件下達到最佳能效表現。日本瀧澤（Takisawa）提供了工具機的設計技術支持，並在提升設備整體性能上發揮關鍵作用。通過此次三方協作，日本瀧澤（Takisawa）成功達成了ISO 14955標準的要求，並進一步增強了其在國際市場的競爭力。德川未來將繼續專注於智能化、低碳化旋轉工作台技術的發展，推動全球製造業朝向永續的方向發展。JIMTOF 2024日本國際工具機展，即將於11月5日至10日在東京登場，德川機械除了在展會上展出最新的滾齒凸輪搖擺頭及三驅直驅式高速五軸旋轉工作台外，也同時在國際買主面前展現德川機械在淨零碳排上的努力。

德川機械以「智能五軸旋轉工作台」參加台灣精品獎評鑑，6日獲台灣精品獎頒獎，該產品因為透過創新的結構設計大幅提升性能，再加上導入AIOT與數位化系統，符合「結合新興科技」、「落實節能減碳」、「推動永續未來」的精神，深獲評審專家肯定。德川智能五軸旋轉工作台 獲台灣精品獎肯定 | 產業動態 | 商情 | 經濟日報德川機械副總經理江禮華表示，自2022年至2023年期間，德川機械推出具有智慧五軸旋轉工作台的創新產品，這種技術在業界引起廣泛的關注和讚譽。該公司產品不僅改變工作台的傳統設計，還提供邊界的功能和性能，滿足客戶對高品質工作設備的需求。江禮華強調，獲得2024台灣精品獎的肯定，進一步證實德川在生產高品質產品方面的卓越表現。這個獎項不僅是對經營團隊的認可，也是對德川不斷努力提供卓越產品的承諾所給予的肯定。未來，我們將繼續努力，為客戶提供更多優質和創新的解決方案，以滿足不斷變化的市場需求。德川機械是台灣市佔率第一的旋轉工作台製造廠，今年獲得台灣精品獎的GTFAE320H智能五軸旋轉工作台。江副總說，這個產品最重要的特點是透過i4.0-RT智慧盒訊號傳輸，可以實現即時狀態監控、異常紀錄追蹤、保養履歷跟蹤和自動背隙補償，而「自動背隙補償」功能是根據發明專利(I692625)開發的，產品可透過MQTT通訊協定上傳感測器資訊，結合客戶自行開發的智慧化軟體，協助大型設備廠實現智慧製造。此外，GTFAE320H採用一體式主軸設計提升剛性，並選用高耐磨耗的蝸輪材質延長使用壽命，可達到節能減碳的目標。配備可彈性擴充自製的分配器，結合客戶的夾治具應用，更可以實現高度自動化功能。

The A/C 2-Axis Single-Arm Type Spindle Head can be applied in large 5-axis gantry-type machining centers and large vertical lathes, catering to industries such as aerospace, shipbuilding and mold manufacturing. The product specifications include a Surround braking system and compatibility with various types of tool holders (e.g., BT40, HSK, CAPTO). The 2-Axis Single-Arm Type Spindle Head can find application in general manufacturing processes that require 5-axis machining capabilities. It can be used for machining a wide range of components across various industries, providing flexibility and efficient machining operations. Its design and features make it suitable for specific applications in various industries, such as:Aerospace:○ Achieve complex geometries and precise cuts in aerospace.·    Shipbuilding:○ Be employed in gantry-type machining centers for shaping ship components, such as propeller blades, ship frames and engine mounts.·    Mould manufacturing:○ Produce moulds with high accuracy and surface finish.·    Automotive: ○ Offer versatility and high-precision machining capabilities for engine components, transmission parts and chassis components.

In low-volume, high-mix manufacturing, traditional milling machines stand out for their flexibility and low cost, despite lacking the automation and mass production capabilities of CNC machines. When paired with YIH KUAN’s high-performance milling heads, traditional milling machines can maximize their potential and become a cost-effective and efficient solution for a wide range of manufacturing needs.Advantages of Traditional Milling Machines in Low-Volume, High-Mix ManufacturingHigh FlexibilityTraditional milling machines are ideal for non-standard, short-run, or prototype machining, requiring no programming to start.Operators can manually adjust machining parameters on the fly, handling complex shapes or varying dimensions.Lower Initial and Maintenance CostsThey have a lower purchase cost compared to CNC machines, making them suitable for small shops or budget-conscious manufacturers.With simpler structures, maintenance and repair costs are significantly lower.Simplified OperationNo need for specialized CAM software or programming skills, reducing training costs.Ideal for skilled machinists to perform precise work or last-minute modifications.Quick AdaptationPerfect for frequent workpiece changes, reducing downtime caused by program setup, especially for diverse and small-batch orders.How YIH KUAN Enhances Traditional Milling MachinesTo further boost the performance and versatility of traditional milling machines, YIH KUAN offers a range of premium milling heads and services, transforming your equipment into a highly efficient tool.High-Quality Milling Heads for Flexible OperationsYIH KUAN provides turret milling heads, plano milling heads, and angle heads, enabling multi-angle and multifunctional machining.Customized Solutions to Meet Unique NeedsWhether for irregular workpieces, special materials, or multi-process combinations, we provide tailored milling head solutions to meet specific requirements.Cost Reduction and Efficiency ImprovementWith YIH KUAN’s milling heads, traditional milling machines can handle some complex processes typically reserved for CNC machines, avoiding expensive equipment investments.Durability and Stability for Reliable OperationsMade from high-wear-resistant materials and precision-engineered, YIH KUAN’s products are long-lasting and stable, reducing maintenance costs and downtime.Quick Delivery and Technical SupportYIH KUAN ensures rapid response to customer needs, providing comprehensive technical support for smooth and efficient machining.Traditional Milling Machines vs. CNC Machines: When to Choose Traditional?CategoryAdvantages of Traditional Milling MachinesAdvantages of CNC MachinesInitial CostLower cost, ideal for small workshops or businesses with limited budgets.Higher cost but offers long-term returns for mass production.FlexibilityNo programming needed; perfect for small-batch, diverse workpiece production.Excels in automated, high-volume production.Maintenance CostSimple structure with lower repair and maintenance expenses.Complex systems with higher repair costs.Speed and PrecisionSuitable for prototypes or quick setups, but precision relies on operator expertise.High precision and consistency for large-scale or complex machining.Best ApplicationsResponsive to on-demand production, custom parts, or sample creation; ideal for small shops or single-operator setups.Standardized mass production or projects requiring consistent accuracy.Contact YIH KUAN to Unlock the Full Potential of Your Traditional Milling Machines!YIH KUAN is dedicated to helping you enhance the performance of traditional milling machines for low-volume, high-mix manufacturing. With our customized products, technical support, and premium milling heads, we ensure your operations become more efficient, flexible, and competitive.Phone: +886 424914376Email: yihkuan.salesperson@gmail.comWebsite: www.yihkuan.comSocial Media: Search "YIH KUAN" for the latest updates and success stories!Partner with YIH KUAN to explore new machining possibilities. Contact us today and take your operations to the next level!

YIH KUAN’s Manual and Semi-Automatic Milling Heads: Advantages and Selection GuideWhen selecting a milling head, understanding the features and applications of different models is crucial. YIH KUAN (YIH KUAN) offers manual and semi-automatic milling heads to meet diverse customer needs. Below is a comparison of these two types to help you find the best solution.Manual Milling Heads: Flexible, Durable, and Cost-EffectiveYIH KUAN’s manual milling heads are renowned for their operational flexibility and high cost-effectiveness, making them an ideal choice for small to medium-sized workshops or customized machining.Key Advantages:Affordable Price: Manual milling heads have a lower cost, making them particularly suitable for users with limited budgets.Flexible Operation: Manual adjustment of angles and feed allows quick adaptation to various machining needs, especially in small-batch or non-standard part processing.Simple and Durable: Featuring a simple structure, YIH KUAN’s manual milling heads offer long service life and low maintenance costs. The design is optimized to maintain stability under demanding operational conditions.Application Scenarios:Manual milling heads are ideal for tasks that require frequent adjustments to machining angles, such as mold repair, small parts manufacturing, or maintenance work. For customers needing high flexibility with limited production scales, manual milling heads are the most economical choice.Semi-Automatic Milling Heads: A Perfect Balance of Efficiency and FlexibilityIf your production needs require partial automation without the expense of fully automatic equipment, YIH KUAN’s semi-automatic milling heads are the ideal choice.Key Advantages:Improved Efficiency: Semi-automatic milling heads combine manual and automatic functions, enabling partial automation of machining processes to significantly boost productivity.Simplified Operation: YIH KUAN’s semi-automatic milling heads come equipped with easy-to-use CNC adjustment features, reducing the workload of operators while enhancing machining consistency.Economic Choice: Compared to fully automatic milling heads, semi-automatic models strike a balance between price and functionality, making them suitable for medium-sized enterprises engaging in batch production.Application Scenarios:Semi-automatic milling heads are ideal for businesses seeking increased efficiency but with moderate production scales. For example, they excel in batch production of medium-sized parts, saving labor costs and ensuring machining precision.YIH KUAN’s Quality Commitment and ServiceYIH KUAN is dedicated to providing customers with high-quality manual and semi-automatic milling heads. Our products feature stable structures, exceptional durability, and comprehensive after-sales service and technical support. Whether you are a small workshop requiring flexible operations or a medium-sized manufacturer prioritizing efficiency, YIH KUAN can tailor the best solution for your needs.Key Takeaways: How to Choose the Right Milling HeadIf you value cost-effectiveness and operational flexibility, choose manual milling heads.If you need a balance of efficiency and functionality, semi-automatic milling heads are your best option.If you have any questions or specific requirements, feel free to contact YIH KUAN. We look forward to providing you with the most professional service and advice to help you achieve your machining goals!

LEADWELL has been recognized with the prestigious "Gold Energy Conservation Label" for two of its products: the V-40IT 5-Axis Machining Center and the T-6SMY Dual-Spindle Horizontal Lathe, demonstrating its leadership in the field of green intelligent manufacturing. Additionally, the LT-208LSY Dual-Spindle Horizontal Lathe has been awarded the Silver Energy Conservation Label, further underscoring the company's outstanding achievements in energy-saving and carbon-reduction technologies. The awarding of both Gold and Silver Energy Conservation Labels not only affirms Taiwan LEADWELL relentless efforts over the years but also symbolizes the company's commitment to the energy-saving and carbon reduction initiatives advocated by the Taiwan Machine Tool & Component Builders' Association (TMBA). These awards were established by TMBA to aid the tool machine industry in its green transformation, aimed at fostering the development of green machine tool products in Taiwan through the promotion of industry standards and energy-saving technologies. LEADWELL is dedicated to providing energy-efficient and environmentally friendly products and services, always prioritizing customer needs. The company appreciates the hard work of all team members, especially their ongoing focus on multi-axis processing and intelligent manufacturing solutions, as well as their active participation in energy-saving, carbon reduction, and energy efficiency improvements. The V-40IT 5-Axis Machining Center and the T-6SMY Dual-Spindle Horizontal Lathe are renowned for their high precision and efficiency. The V-40IT is capable of completing all machining processes in one setup, making it particularly suited for complex freeform surface work. The T-6SMY is favored in aerospace and automotive manufacturing due to its energy-efficient design and high-performance operation. Furthermore, the LT-208LSY Dual-Spindle Horizontal Lathe features advanced technologies such as spindle thermal compensation, enhancing both production efficiency and quality. Its modular design has significantly reduced inventory levels and shortened preparation times, speeding up delivery schedules. These products all comply with ESG standards, showcasing  LEADWELL leadership in the realm of green manufacturing.

In modern manufacturing, Environmental, Social, and Governance (ESG) factors have become critical indicators for companies striving for sustainable development. YIH KUAN milling heads, known for their high quality and efficiency, not only enhance machining performance but also support users in making tangible progress toward ESG goals. This article explores the relationship between upgrading milling heads and the three ESG dimensions, along with the specific benefits it brings.1. Environmental: Reducing Carbon Footprint and Improving Resource UtilizationEnergy Savings and Emissions Reduction:Replacing old milling heads with YIH KUAN’s high-efficiency models can significantly reduce energy consumption. For instance, their precision-engineered power transmission mechanisms and energy-efficient operation modes decrease electricity usage during machining, thereby lowering carbon emissions.Reduced Material Waste:YIH KUAN milling heads’ high-precision capabilities minimize machining errors and defect rates, conserving raw materials and reducing production waste.Extended Equipment Lifespan:Upgrading outdated milling heads not only extends the overall machine’s lifespan but also reduces the need for disposing of obsolete equipment, thereby mitigating waste management demands.2. Social: Creating a Safer and More Efficient Work EnvironmentEnhanced Operational Safety:The ergonomic design of YIH KUAN milling heads reduces risks of workplace injuries caused by equipment malfunctions or operational errors, providing workers with a safer environment.Increased Job Satisfaction:Upgrading milling heads allows employees to operate more stable and efficient equipment, easing their workload and enhancing their sense of pride and satisfaction with their company.Supporting Technological Advancement:With features like automation and smart functionality, YIH KUAN milling heads help employees master the latest manufacturing technologies, boosting their professional competitiveness.3. Governance: Strengthening Competitiveness and Meeting Sustainability StandardsRegulatory Compliance:Many countries impose stringent requirements on equipment energy efficiency and environmental impact. Choosing YIH KUAN milling heads ensures compliance with international standards, avoiding legal risks.Enhanced Market Competitiveness:The superior performance and sustainable design of YIH KUAN milling heads build greater customer trust and attract ESG-conscious partners and clients.Lower Operational Costs:High-performance milling heads reduce downtime for maintenance and energy consumption, helping companies enhance productivity while lowering operational expenses.YIH KUAN’s Commitment: Realizing Sustainability and InnovationAs a professional milling head manufacturer, YIH KUAN is dedicated to leveraging technological innovation and high-quality products to help clients achieve both productivity improvement and sustainable development. We firmly believe that upgrading milling heads is not merely about improving equipment performance but also a commitment to environmental, social, and governance responsibilities.Choose YIH KUAN milling heads and join us in creating a sustainable future!

The newly designed FSG-12/16ADIV+  surface grinder series focuses on the design of green machine tools, meeting the market trends of digitalization, efficiency, automation, and energy saving. We integrate and develop intelligent, carbon management, and energy-saving control management technologies. Furthermore, the Chevalier exclusive intelligent Machine Communications system™ (iMCS) , which include remote machine monitoring, data analysis, alarm history, and maintenance updates to enhance Overall Equipment Efficiency (OEE) and achieve smart manufacturing for customers. This model features an extended fully supported rail design to ensure worktable stability under high loads and prolonged operation. The preloaded needle roller ball guideways have an ultra-low friction coefficient, combined with a one-piece machine base and a linear guide elevating transmission mechanism, significantly enhancing overall precision and stability. Building on the high-quality design of fully automatic precision surface grinders, this new model introduces an upgraded control panel and user-friendly interface for effortless operation. The fully enclosed cover design seamlessly blends aesthetics and functionality, enhancing both beauty and safety to new heights, and delivering a more precise, efficient machining experience for customers.  

🎉 Congratulations to Team Taiwan for a 4-0 victory over Japan and winning the WBSC Premier12 Championship!A new chapter in Taiwan's baseball history has been written! In the 2024 WBSC Premier12 tournament, Team Taiwan defeated the formidable Japanese team, ending their 27-game winning streak and breaking a 20-year winless streak against Japan. This historic victory, the first-ever Premier12 championship for Taiwan, is a moment of pride for the entire nation!To celebrate this extraordinary achievement, KINWA LATHE is launching a Limited-Time Discount Offer:📌 Promotion Period: From now until December 31, 2024📌 Details: Enjoy special discounts on all products! Contact your local distributors or our sales team for more information.Promotion HighlightsSuperior Quality Recognized by Japan: KINWA lathe machines are known for their precision and reliability, earning accolades in international markets.Exclusive Discounts: Celebrate Team Taiwan’s championship win with unbeatable discounts. It’s the perfect time to upgrade your equipment!Taiwan's Hidden Champion, Partnering with You: As a trusted partner in the industry, we’ve been empowering businesses worldwide with innovative solutions for years.Contact Us Now📧 Email: ufkinwa@ms15.hinet.net🌐 Website: www.kinwa-lathe.com

Introduction In the machining world, flexibility and precision are paramount. Turret milling heads are renowned for their versatility, making them indispensable tools in various milling environments. This article explores how turret milling heads can be effectively used in knee mills, turret mills, and bed mills, enhancing their functionality and expanding their machining capabilities.1.    Turret Milling Heads in Knee MillsKnee mills, characterized by their adjustable table (or 'knee'), are popular in tool rooms and small manufacturing setups due to their simplicity and effectiveness. The addition of a turret milling head to a knee mill transforms it into a more versatile machine, capable of more complex operations with improved precision.Enhanced Flexibility: Turret milling heads allow knee mills to perform a variety of functions such as angular milling, drilling, and boring, which are otherwise limited in traditional setups.Applications: Ideal for small batch productions and custom work where frequent adjustments are required.2. Enhancing Turret Mills with Turret Milling HeadsTurret mills themselves offer significant versatility and are preferred for their ease of use and precise control. By integrating a turret milling head, these machines can achieve even greater accuracy and flexibility.Multi-Angle Machining: With a turret milling head, operators can easily adjust the cutting angle without repositioning the entire workpiece, making it perfect for creating complex shapes and profiles.Applications: Suitable for educational institutions, R&D departments, and any manufacturing process where versatility is required without large-scale production demands.3.    Turret Milling Heads on Bed MillsBed mills feature a stationary table with the spindle moving perpendicular to the table surface. Adding a turret milling head introduces additional axes of movement, thereby expanding the types of operations that can be performed.Increased Capabilities: A turret milling head on a bed mill allows for more complex geometries and can significantly reduce setup times by facilitating multi-angle cuts in a single setup.Applications: Great for heavy-duty manufacturing environments such as in the automotive and aerospace sectors where large, complex parts are common.ConclusionThe integration of turret milling heads into knee mills, turret mills, and bed mills not only broadens the scope of these machines but also enhances their operational efficiency. This upgrade allows manufacturers to tackle more complex projects with precision, making the most out of their existing equipment.Call to ActionTo learn more about how a turret milling head can revolutionize your milling operations, or to explore the right type of milling head for your machinery, contact Yih Kuan Enterprise Co., Ltd. today. We offer expert advice and high-quality solutions tailored to meet your machining needs.

In the composition of a milling machine, the milling head is one of the core components that determines machining performance. The milling head directly affects the precision, efficiency, and stability of the machining process. As a critical part of hardware component manufacturing, choosing a high-quality milling head can significantly improve production efficiency and reduce equipment maintenance costs.As a professional milling head manufacturer, YIH KUAN Enterprise is dedicated to providing a diverse range of milling head products to meet the various machining needs of hardware manufacturers. YIH KUAN’s product line includes vertical milling heads, horizontal milling heads, gantry milling heads, and angle heads, all known for their high precision and stability, capable of handling a wide range of complex metal machining applications.YIH KUAN Enterprise not only provides standardized milling heads but also offers customized solutions tailored to the specific needs of clients, making them suitable for hardware manufacturers of different scales. The milling heads from YIH KUAN feature the following advantages:High-precision machining: YIH KUAN's milling heads are designed with precision to ensure stable accuracy even during long-term operation, making them ideal for machining various precision hardware components.Durability and reliability: YIH KUAN uses high-quality materials to manufacture its milling heads, ensuring that the products remain reliable under heavy loads and extended operation, reducing downtime and increasing production capacity.Diverse options: Whether for traditional milling machines or modern CNC milling machines, YIH KUAN provides suitable milling head accessories to adapt to different machining processes.YIH KUAN's Customization ServicesIn addition to providing high-quality standard products, YIH KUAN also possesses strong technical expertise to design and manufacture milling heads according to clients' specific needs. For hardware manufacturers with special machining requirements, YIH KUAN works closely with them from design to production, ensuring that the milling heads perfectly fit their production processes.YIH KUAN Enterprise’s professional services cover not only the manufacturing and maintenance of milling heads but also provide comprehensive technical support, ensuring that every customer can maximize the efficiency of their milling machines, thus enhancing production efficiency and product quality.

We are excited to announce that KINWA Lathe will be participating in JIMTOF 2024, the Japan International Machine Tool Fair, held at Tokyo Big Sight from November 5th to November 10th, 2024. As one of the world’s premier exhibitions for machining technology, we are thrilled to showcase our highly acclaimed traditional lathes at booth E2047.Our traditional lathes offer exceptional mobility and can flexibly machine various workpieces without the need for CNC programming, making them ideal for small to medium-sized factories and manufacturers. Whether you're looking for stable and reliable equipment or aiming to increase production flexibility, our traditional lathes are designed to meet your needs.Exhibition Details:Exhibition Dates: November 5th - November 10th, 2024Venue: Tokyo Big SightBooth Number: E2047We warmly invite you to visit our booth and experience firsthand how our traditional lathes can enhance your productivity and operational efficiency. We look forward to seeing you at JIMTOF 2024!

The MM high-speed compact through-hole rotary hydraulic cylinder is a patented product from Auto-Strong, with global patent coverage. Its lightweight and compact design aligns with international green and environmental trends. The special oil circuit design allows for flexible installation angles, making it suitable for both horizontal lathe main spindles and inverted lathes. The patented safety check valve design, combined with global product liability insurance, maximizes safety.The MM1552B has also won the Taiwan Golden Jade Award and the Innovation Achievement Excellence Award, making it a product exclusive to Auto-Strong.

Leading the industry, we have developed and launched the "extra-large bore design paired with A2-6 spindle" to meet international market trends, enhance machine cost-effectiveness, and satisfy specific customer needs.The CR65A6 collet chuck is typically used in NC/CNC lathes, automatic bar-feeding lathes, sliding head lathes, and dedicated machining centers. Its front-loading clamping operation allows customers to quickly detach the stop cover, significantly improving efficiency and convenience. This model features a large bore design that is interchangeable with the A2-6 spindle and the Auto-Strong NB-208 large bore hydraulic chuck, providing customers with more options. It is known for its high precision, high speed, high rigidity, and high durability.

The newly developed hollow rotary hydraulic cylinder is "lighter, thinner, and easier to install." With its lightweight, compact design and front-rear lock installation feature, it not only saves internal space in the machine but also makes installation more convenient. The MB2091 is 30% shorter in length compared to the previous M-series product. In addition to providing more stability during high-speed rotation, its weight has been reduced by over 10 kilograms, significantly lowering the spindle load and saving energy, achieving environmentally friendly and energy-efficient results. The MB2091 slim hollow rotary hydraulic cylinder is equipped with a new patented design, featuring a patented check valve safety mechanism that ensures pressure retention in the event of a power outage. Combined with global product liability insurance, this design maximizes safety protection, fulfilling Di Chun Iron Works’ commitment to its customers. The MB2091 has also been awarded the prestigious "Gold Label" in the 2024 TMBA Machine Tool Industry Energy Efficiency Certification. Currently, Di Chun Iron Works is the only company to have this product with such recognition.

One of the major challenges in metalworking is the complexity of operations that are difficult to replace with machinery. These processes often require expensive customized equipment. General mechanical equipment is often limited by product versatility and struggles to meet the specific needs of various metalworking tasks. In the machining process, surface treatment is a crucial step that not only affects the appearance of the workpiece but also directly influences its functionality and performance. Chain Headway’s DMB Diamond Grinding Brush brings new possibilities to metalworking.By integrating diamond grinding brushes into mechanical equipment, it successfully reduces reliance on manual labor while addressing issues of labor shortage and instability.The DMB Diamond Grinding Brush can be applied to a variety of workpiece materials, including aluminum, steel, nickel-based alloys, and tungsten carbide, as well as other hard and brittle materials. Using different grit sizes (#200, #600, and #1000) of diamond grinding brushes, it can address tool dulling, glass ceramics, quartz, nickel-based alloys, and all heat treated surfaces. It effectively removes cutting marks, deburrs, polishes surfaces, and removes rust, resulting in a smooth and polished workpiece surface.Key Features of DMB Diamond Brushes-Efficient Deburring and Polishing: Can remove burrs and achieve a polishing effect, with high strength, excellent resilience, and fatigue resistance.-High Hardness Processing: Capable of processing materials with a maximum hardness of up to HRC60°.-High Heat Resistance: Withstands temperatures up to 180°C.-Extended Lifespan and Maintenance: The DDB Diamond Dressing Board can restore the brush’s flatness, extending its service life and saving time and labor costs.-Time and Effort Saving: Improves surface roughness efficiently.DMDiamond Brushes are available in three types and sizes for various applications : To address diverse processing conditions and different sizes, shapes, and materials of workpieces, users can select the appropriate diamond grinding brush. This is particularly useful for flat or irregularly shaped workpieces, allowing for easy adaptation to different processing needs. Therefore, the Chain Headway Diamond Brush series has developed three sizes:Straight Shank Diamond Brushes, ⌀10-25mmShell Type Diamond Brushes, ⌀50-100mmStraight Shank T-type Diamond Brushes, ⌀25.4-63.5mmUsage of DMB Diamond Brushes-The grinding path should be completely larger than the workpiece, so the selected grinding brush diameter should be larger than the workpiece diameter.-It is recommended to set the cutting depth(Ap) of the diamond brush to 0.5~2mm and the speed(S) to 1000~4000 rpm. It should be used with cutting fluid for cooling.-The cutting diameter of the diamond brush should be between 25%~45% for optimal deburring results.-For removing burrs on edges, such as when milling with cutting tools, the spindle should rotate clockwise, and it’s recommended to use the diamond brush in reverse rotation of the spindle.  Real Machining CaseCase One: Removing Machining MarksCase Two: DeburringCase Three: Surface PolishingThe exceptional performance of the DMB Diamond Brush allows for stable and precise machining of metal workpiece surfaces, saving both labor costs and significantly enhancing production efficiency. Additionally, it can meet diverse machining requirements, effectively improving workpiece surface roughness and bringing higher benefits to the production process.

In the rubber and plastics industry, milling machines are critical equipment for mold manufacturing and processing, especially in the machining of precision molds and composite materials. These machines significantly improve product accuracy and production efficiency. Depending on different machining needs, the following milling machines are commonly used in the rubber and plastics industry:Vertical Milling Machines:Used for detailed mold processing, suitable for precision cutting on vertical surfaces, particularly for producing complex mold shapes.Horizontal Milling Machines:Suitable for machining flat and long workpieces in large quantities, ideal for large-scale mold cutting.Gantry Milling Machines:Equipped with a large worktable, these machines are ideal for rough and fine machining of large molds and can handle complex angle cutting.CNC Milling Machines:With high precision and automation capabilities, they are suitable for producing high-precision and complex molds, ensuring consistency in each workpiece.Angle Heads:Used for machining at special angles, offering flexible adjustment of cutting directions, especially for irregular-shaped workpieces.◎The Key Role of Milling HeadsMilling heads play a crucial role in the milling process within the rubber and plastics industry. They determine the angle, flexibility, and precision of the cutting process. The choice of milling heads directly affects the quality of the workpiece and production efficiency. Yih Kuan Enterprise's angle heads and gantry milling heads perform exceptionally well in handling complex mold processing, allowing for precise angle adjustments and accommodating diverse workpiece requirements.The flexibility and high precision of milling heads ensure stable machining, while reducing workpiece changeover time, thus increasing production line efficiency. Replacing milling heads not only extends the overall lifespan of the equipment but also adapts to various machining environments, giving companies a competitive edge in mass production.These milling technologies play a critical role in mold processing and mass production in the rubber and plastics industry. By utilizing angle and gantry milling heads produced by Yih Kuan Enterprise, companies can improve production efficiency and meet the demands of precision machining.

IntroductionTurret milling machines are foundational in many manufacturing settings, valued for their versatility and precision in detailed machining tasks. To further enhance their capabilities, Yih Kuan Enterprise Co., Ltd. introduces innovative milling heads, including horizontal and angle heads, designed to extend the functionality and efficiency of turret milling machines. For more insights on the importance of angle heads in turret milling, explore our detailed discussion here.Understanding Turret Milling MachinesTurret milling machines are distinguished by their stationary spindle and the table that moves both perpendicular and parallel to the spindle axis to accomplish cutting tasks. This configuration allows for flexible machining operations, making the turret mill ideal for smaller manufacturing jobs involving intricate detailing or prototyping.Key Advantages of Turret Milling MachinesVersatility: They can perform a range of functions including drilling, cutting, and shaping across multiple axes.Precision: With advanced controls, they can achieve precise cuts with high accuracy.Ease of Use: Turret mills are generally more user-friendly and easier to set up compared to larger milling machines.Integrating AdvancedMilling Heads Yih Kuan's new line of milling heads, specifically designed for turret milling machines, expands these capabilities:Horizontal Milling Heads: These enhance the ability to efficiently remove material over large surface areas, making them ideal for jobs requiring extensive milling.Angle Heads: Allow machining at various angles, significantly reducing the setup time and enabling complex geometries to be machined more easily.Applications and BenefitsEnhanced Machining Options: With the integration of these advanced milling heads, manufacturers can take on more complex projects, such as multi-angle cuts and extensive material removal, without the need for multiple setups or different machines.Increased Productivity: The ability to perform diverse tasks with a single setup reduces downtime and increases throughput.Cost Efficiency: By enhancing the capabilities of the turret milling machine, manufacturers can avoid the high costs associated with purchasing specialized machinery.Maintenance and ReplacementMaintaining these advanced milling heads involves regular checks for alignment, wear, and proper lubrication. Signs that indicate a need for maintenance or replacement include unusual noise, decreased efficiency, and poor finish quality. Timely attention to these signs ensures continuous high performance and extends the lifespan of both the machine and the head.ConclusionThe addition of Yih Kuan’s advanced milling heads to your turret milling operations can transform your production capabilities, making it possible to tackle more complex and varied tasks efficiently. For manufacturers looking to enhance their machining processes and explore new manufacturing possibilities, Yih Kuan offers the tools and expertise to make it happen.Call to ActionExplore the full potential of your turret milling machines with Yih Kuan’s innovative milling heads. Contact us today to learn more about how our products can enhance your manufacturing efficiency and productivity.

The three-day SEMICON Taiwan 2024 exhibition (Sep. 4th to 6th) successfully concluded!  This year's event set another new record in scale, spanning across Taipei TaiNEX Hall 1 & 2, with the theme "Breaking Limits: Powering the AI Era." In response to market trends, specialized zones were created for AI semiconductor technologies, silicon photonics, and high-tech smart manufacturing.  The exhibition attracted nearly 90,000 visitors over three days, showcasing the spirit of "Semiconductors Light Up Taiwan, Taiwan Shines on the World!" 【HIT@SEMICON Taiwan 2024: Visiting Crowd at HIT Booth】(Figure 1. Hantop Intelligence Tech. exhibitted in SEMICON Taiwan 2024)At this year's event, HIT not only displayed its main product Ultrasonic-Assisted Machining Module, providing optimized machining solutions for consumable parts (such as ceramic showerheads, E-chucks / Electrostatic Chucks, and wafer susceptors) used in semiconductor manufacturing equipment (such as etching machines).HIT also promoted its upcoming new products at the event:  Ultrasonic Grinding Wheel Toolholder: Designed for CNC grinding process, specifically for grinding annular parts in semiconductor manufacturing equipment (such as Quartz/Focus Rings).  It helps enhance machining efficiency by 2 to 3 times and increase the MRR (Material Removal Rate) by more than 3 times.(Figure 2. HIT HBT-40 Ultrasonic Grinding Wheel Toolholder was used on side grinding of quartz glass) Ultrasonic Electroplated Diamond Grinding Tool: Suited for profile grinding of aluminum oxide ceramic materials, it features an exclusive custom formulation that perfectly complements ultrasonic vibration-assisted machining technology, doubling overall machining efficiency.(Figure 3. HIT ultrasonic electroplated diamond grinding tool is suitable for grinding of alumina ceramic)The introduction of these new products is expected to further enhance the benefits of grinding ceramic materials.  By improving overall machining efficiency and reducing tool wear, these products are expected to increase productivity and reduce production costs, serving as a secret weapon for entering the supply chain of semiconductor industry!(Figure 4. Continuous flow of visitors came to HIT booth to learn about ultrasonic-assisted machining products during SEMICON Taiwan 2024)(Figure 5. Not only CNC machine tool suppliers, but also manufacturing companies that provide semiconductor consumable parts and companies that provide semicondutor equipment came visit HIT to know more about ultrasonic products) 【HIT@SEMICON Taiwan 2024: Smart Manufacturing Journey - Meet-the-Expert】On the final day of the event, HIT's R&D Director was specially invited to participate in the "Meet-the-Expert" seminar held in the High-Tech Smart Manufacturing area.  The presentation, titled "Application of Ultrasonic-Assisted Machining Technology in Semiconductors", focused on sharing HIT's ultrasonic vibration-assisted cutting mechanism and the upcoming new products.  These innovations are set to bring more advanced, energy-efficient, and multi-benefit machining process optimization solutions for the consumable parts used in semiconductor manufacturing equipment.(Figure 6. SEMICON Taiwan 2024 Meet-the-Expert: Benefits of HIT ultrasonic-assisted micro-drilling on key parts used in semiconductor manufacturing equipment)(Figure 7. SEMICON Taiwan 2024 Meet-the-Expert: HIT new product - ultrasonic wafer grinding spindle is expected to greatly reduce wear on the wheel, which helps cut down production costs) 【HIT@SEMICON Taiwan 2024: Thanks all the Industrial Experts for Visiting!】HIT sincerely thanks all the visitors during the exhibition!HIT will deeply treasure the feedback from customers and business partners and turn this encouragement into motivation for growth.🌱HIT aims to bring more innovative and diverse product applications this year, while continuing to provide high-quality products and dedicated professional services to customers both domestically and internationally. HIT sincerely invites all industry experts to continue following and supporting us!💝(Figure 8. SEMICON Taiwan 2024 - Thanks TOCHANCE Technology Co., Ltd. for the graceful flower)(Figure 9. SEMICON Taiwan 2024 - Thanks CHEVALIER - Falcon Machine Tools Co., Ltd. for leading its sales team to visit HIT and learn more about new ultrasonic products and applications)(Figure 10. SEMICON Taiwan 2024 - Thanks HAMAGAWA - Bin Chuan Enterprise Co., Ltd. and SHIBA R&D 株式会社 芝技研 for visiting HIT to learn more about new ultrasonic products and applications)(Figure 11. SEMICON Taiwan 2024 - Thanks YCM - Yeong Chin Machinery Industries Co., Ltd. for leading its engineering & application team to visit HIT and learn more about new ultrasonic products and applications)(Figure 12. SEMICON Taiwan 2024 - Thanks Arktek Co., Ltd. for visiting HIT to learn more about new ultrasonic products and applications)(Figure 13. SEMICON Taiwan 2024 - Thanks Royal Precision Tool Corporation for visiting HIT to learn more about new ultrasonic products and applications)(Figure 14. SEMICON Taiwan 2024 - Thanks Hartford for visiting HIT to learn more about new ultrasonic products and applications)(Figure 15. SEMICON Taiwan 2024 - Thanks AWEA Mechantronic Co., Ltd. for visiting HIT to learn more about new ultrasonic products and applications)(Figure 16. SEMICON Taiwan 2024 - Thanks VIS - Vanguard International Semiconductor Corporation for visiting HIT to learn more about new ultrasonic products and applications)(Figure 17. SEMICON Taiwan 2024 - Thanks FitTech Co., Ltd. for visiting HIT to learn more about new ultrasonic products and applications)(Figure 18. SEMICON Taiwan 2024 - Thanks Wellthin Technology Ltd. for visiting HIT to learn more about new ultrasonic products and applications)(Figure 19. SEMICON Taiwan 2024 - Thanks High Energy E-Beam Tech. for visiting HIT to learn more about new ultrasonic products and applications)(Figure 20. SEMICON Taiwan 2024 - Thanks TEL - Tokyo Electron Limited for visiting HIT to learn more about new ultrasonic products and technical application for future cooperation)(Figure 21. SEMICON Taiwan 2024 - Thanks Tech PLUS Precision Machinery Industry Co., LTD for visiting HIT to learn more about new ultrasonic products and applications)(Figure 22. SEMICON Taiwan 2024 - Thanks Chin Ming Precision Tools Co., Ltd. for visiting HIT to learn more about new ultrasonic products and applications)(Figure 23. SEMICON Taiwan 2024 - Thanks E&R Engineering Corporation for visiting HIT to learn more about new ultrasonic products and technical applications for future cooperation)(Figure 24. SEMICON Taiwan 2024 - Thanks Champmill Precision LTD. for visiting HIT to learn more about new ultrasonic products and applications)(Figure 25. SEMICON Taiwan 2024 - Thanks for visitor from India to learn about ultrasonic products and applications)(Figure 26. SEMICON Taiwan 2024 - Thanks for visitor from Malaysia to learn about ultrasonic products and applications)(Figure 27. SEMICON Taiwan 2024 - HIT participated in the Smart Manufacturing Industry Networking Luncheon during the event to dine and exchange ideas with industrial experts)(Figure 28. SEMICON Taiwan 2024 - HIT prepared a little thoughtful gift for visitors that came to our booth as a way to show gratitude for their support) 【HIT@SEMICON Taiwan 2024: Stay Tuned for New Ultrasonic Optimizational Solution for Machining of Key Parts used in Semiconductor Manufacturing Equipment】 HBT-40 Ultrasonic Grinding Wheel Toolholder----  As the Secret Weapon to Enter the Supply Chain of Semiconductor Industry  ----🔹 Best applied in the rough grinding of semiconductor advanced-material🔹 Overall Machining Efficiency: 2 - 3x Higher🔹 Material Removal Rate (MRR): More than 3x Higher🔹 Great reduction in production costs and energy consumption  Ultrasonic Machining of Al2O3 Ceramic : Profile Grinding | Hantop Intelligence Tech.👍🏻 2x Higher Machining Efficiency 👍🏻 3x Better Workpiece Quality 👍🏻 Great Reduction in Tool Wear HIT utilized HSK-E40 ultrasonic machining module for profile grinding of aluminum oxide (Al2O3) ceramic.  Along with Ultrasonic Electroplated Diamond Grinding Tool, the high frequency micro-vibration of ultrasonic brought easier removal of ceramic particles.  The reduction in grinding force and tool wear not only contributed to great workpiece quality but also allowed for an increase in feed rate, which enhanced 2x of the overall machining efficiency.💡 Learn more about HIT ultrasonic optimized solution for machining of the advanced-materials (technical ceramics, quartz, glass, stainless steel, etc.) applied in semiconductor industry:Silicon Carbide (SiC): Micro-DrillingSilicon Carbide (SiC): G81 DrillingSilicon Carbide (SiC): Surface GrindingSilicon Carbide (SiC): (Helical) Circular RampingAluminum Oxide (Al2O3) Ceramic: Deep Hole DrillingAluminum Oxide (Al2O3) Ceramic: G81 Micro-DrillingAluminum Oxide (Al2O3) Ceramic: M2 Internal ThreadingAluminum Oxide (Al2O3) Ceramic: Side GrindingAluminum Oxide (Al2O3) Ceramic: Profile GrindingQuartz Glass: Micro-channel Trochoidal GrindingSoda-Lime Glass: Micro-DrillingAISI-304 Stainless Steel: Micro-Drilling Through Holes on curved surface-Hantop Intelligence Tech.Optimized Solution for Machining of Semiconductor Advanced-Material with Ultrasonic-Assisted Machining Module +886-4-2285-0838 sales@hit-tw.com

Advantages of Interactive Guiding Operation Interface for Machines In modern manufacturing, the precision and efficiency of machine operations are increasingly emphasized. With the rapid development of automation technology, reducing operator error rates and improving production line efficiency have become key concerns for companies. Against this backdrop, Interactive Guiding Operation has emerged as a solution. By installing light signals on machines, operators can perform tasks quickly and accurately, reducing error rates and increasing production efficiency. This technology not only simplifies the operational process but also shortens the training time for new operators, adapting to the demands of a changing market. It has become an essential tool for modern factories to enhance competitiveness and achieve smart manufacturing.   The Basic Principle of Interactive Guiding Operation Interactive Guiding Operation is a technology that combines visual cues with machine operations, using intuitive light signals to guide operators in performing each step accurately. The principle involves using LED lights or other light sources on the machine to indicate the order of operations, steps, and precautions. When operators need to perform a task, the lights illuminate in sequence according to a preset process, guiding the next action and significantly reducing operational complexity and error rates. With the assistance of interactive guiding, operators can easily manage even complex machine operations. This not only improves production efficiency but also enhances operational reliability. Particularly in industries with high precision requirements, interactive guiding technology has become a key tool for improving work quality.   Major Advantages of Interactive Guiding Operation for Machines Interactive Guiding Operation offers significant advantages in modern manufacturing, especially in improving production efficiency, enhancing safety, and shortening learning time. Advantage 1: Enhanced Operational Efficiency Light signals allow operators to quickly identify the next step, reducing operational time and significantly decreasing the likelihood of errors, resulting in a smoother production process. Advantage 2: Improved Safety For high-risk operations, light signals provide clear warnings, alerting operators to potential hazards. These real-time visual cues can greatly reduce operational errors, ensuring the safety of both personnel and equipment. Advantage 3: Shortened Learning Time Traditional machine operation training often requires extended periods to understand and memorize steps. However, interactive guiding enables new operators to quickly grasp the essentials and get up to speed. This reduces training costs, improves new operator efficiency, and shortens the transition from training to full operation.   The Interactive Guiding Operation technology plays a crucial role in modern manufacturing by providing visual guidance that significantly enhances production efficiency, strengthens operational safety, and shortens learning times. This technology enables operators to complete tasks quickly and accurately, reducing error rates and optimizing the overall production process. It is especially valuable in high-precision environments. As manufacturing continues to advance toward smart automation, the application prospects for Interactive Guiding Operations are increasingly broad. Companies that leverage this technology can not only improve production efficiency but also gain a competitive advantage in the market.   Furthermore, the Gentiger CNC High-Speed Horizontal Band Saw Machine series's unique Dynamic Guiding Operate Interface (DGOI) is also a well-designed interactive guiding operation interface. If you would like to learn more, please feel free to contact Gentiger's team at TEL: 886-4-26836919 or E-mail: GT@gentiger.com.tw. We are here to provide you with more information and solutions regarding the CNC High-Speed Horizontal Band Saw Machine.

https://www.cnc-lathe.com/blog/exhibitions-3/2025-timtos-96Date：2025.03.03~2025.03.08Location：Taiwan‧Taipei Nangang Exhibition Center, Hall 1, 4FBooth No.：M1320

Milling machines play a crucial role in the semiconductor industry. While the core work in semiconductors primarily involves manufacturing tiny electronic components, milling machines are indispensable tools in the production of processing equipment and related precision parts. Yih Kuan Enterprise, as a professional milling head manufacturer, is dedicated to providing high-precision, high-performance milling heads suitable for various applications in the semiconductor industry. Here are the applications of milling machines and Yih Kuan’s milling heads in the semiconductor industry:1. Processing Equipment ComponentsSemiconductor manufacturing equipment requires highly precise components, such as mechanical structures, supports, and bases. Yih Kuan’s high-precision milling heads play a key role in processing these components. By using Yih Kuan milling heads, manufacturers can significantly enhance machining accuracy, reduce errors, and ensure stable operation of the equipment under the high demands of semiconductor manufacturing processes.2. Mold ManufacturingIn the semiconductor packaging process, molds are used to create the casings for chip packaging, requiring extremely precise machining. Yih Kuan’s milling heads are particularly important in mold manufacturing. The specialized milling heads provided by Yih Kuan achieve the required surface finish and dimensional accuracy, ensuring high-quality mold manufacturing and long-lasting durability.3. Heat Diffusion Equipment ProcessingSome semiconductor processes require heat diffusion techniques, and the manufacturing of this equipment often involves milling machines. Using Yih Kuan’s specially designed milling heads allows for better control of heat generation during machining, reducing material deformation and ensuring long-term stability and accuracy of the equipment.4. Test Fixture ManufacturingMilling machines can also be used to manufacture various test fixtures, which are used to hold semiconductor wafers and other components for testing and analysis. Yih Kuan’s milling heads, with their precise design, improve the accuracy and efficiency of fixture manufacturing, ensuring stability and reliability during testing processes.5. Reducing Energy Consumption and Improving EfficiencyIn the semiconductor industry, choosing the right milling heads can effectively reduce energy consumption and improve machining efficiency. Yih Kuan’s high-performance milling heads can reduce mechanical wear and heat generation, thereby lowering cooling requirements and energy consumption. This not only helps to reduce operating costs but also aligns with environmental protection and sustainable development goals.In conclusion, milling machines and Yih Kuan’s specialized milling heads have a wide range of applications in the semiconductor industry. Whether it is for processing equipment components, mold manufacturing, or test fixture production, high-precision and high-performance Yih Kuan milling heads are indispensable. By selecting and using Yih Kuan milling heads, companies can effectively enhance machining accuracy, efficiency, and environmental performance, allowing them to play a greater role in semiconductor manufacturing.

For the sake of environmental protection and resource preservation, DHF presents the Exchangeable series 1 in 2008.It extends the work effective and the life of the end mill; the head and the shank which makes it much easier to set up and strength the entire structure and rigidity.In order to provide the better service and strength, we had presented the Exchangeable 2 in 2010. I  Speciality:1.The combination of new model design of triple-thread head and shank, which makes it much easier to set up and strength the entire structure and rigidity.2.The superior combination of the triple-thread head end mill controls the  run out within ±0.008mm. The extremely high accuracy and slight run out relatively extend the toll’s life.3.In order to the environmental protection and resource preservation, the triple-thread head end mill saves more design materials and shortens the producing process,   which meets the purpose of reducing the cost for our customers.4.The combination of the threaded head end mill and hard alloy shank determines the large depths of cutting. Compare with the normal end mill, due to can switch head easily; exchangeable series can save more costs.  5.A special angle design and the brand new coating enable to work in hardness up to HRc62.II  Application:1. Combination setting：You can only use one shank but change different DHF heads for machining, and it is a big cost to save.2. New design：The product sizes are more completed. The dia. Of head is from 8mm~32mm, and the length of shank is from 60mm~300mm.    They are good at doing the large depths   of cutting and the regular cutting.3. The design of head is good at machining finishing and semi-finishing, and the tool’s life and surface clearance are all better than the disposable insert design.4.Our end mill field can be used from aerospace, auto mobile, mould and  so on, and the material can be cut from soft to hard. (HRc is the 3-62.)

台灣工具機暨零組件工業同業公會（TMBA）於9月4日至6日舉辦的台灣國際半導體展SEMICON展覽中，由六家廠商，包含永進、百德、福裕、銅翌、鍵和、普森所組成的「TMBA SMART TEAM」在南港展覽館二館四樓參展以Smart, Manufacturing, A.I., Realization, and Technology作為展出元素，提供半導體設備業的生產解決方案及在地化等領域的創新技術與解決方案。 TMBA SMART TEAM此次參展的核心聚焦在數位轉型（Digital Transformation, DX）和綠色轉型（Green Transformation, GX），同時緊密結合半導體設備生產的需求和本地化趨勢。在全球市場競爭日益激烈的環境下，數位轉型不僅推動了工業智慧化的升級，也促進了生產數據管理、智慧聯網技術、數位雙生與人機協作的應用，這些技術對於現代化半導體設備的生產尤為重要。 綠色轉型方面，TMBA SMART TEAM展示如何通過智慧節能技術、資源再利用、綠色供應鏈的構建及永續產品設計，實現產業的環保升級，進一步推動產業的永續發展。這些綠色技術不僅體現了台灣工具機產業對環境保護的承諾，更提升了產業的國際競爭力。 在此次SEMICON展覽中，TMBA SMART TEAM還將針對半導體設備業以「產業生態系」的概念提出一系列在地化生產解決方案。面對全球供應鏈挑戰，台灣工具機產業憑藉其優秀的技術與製造能力，致力於為半導體製造業提供更加靈活、可靠且符合當地需求的生產解決方案。這些方案不僅有助於提升本地供應鏈的韌性，還能促進台灣半導體產業的長期穩定發展。

**5 Key Features of the Nickel-Based Superalloy Series:**1. Overcoming the challenges of machining Inconel 718 and Nickel-based superalloy, with excellent performance and tool life.2. Special geometry design with good rigidity and better vibration resistance during processing.3. The new composite G18 coating design with better wear-resistant.4. Vc value can reach 50 (m/min) and above, when machining Inconel 718 and nickel-based superalloy.5.After testing Inconel 718 by DHF Application Center, the tool life of "KSR" is better than major European brands.Explore Series

IntroductionIn the realm of industrial manufacturing, gantry milling machines stand out for their robust capabilities in handling large and intricate workpieces. The decision between CNC and traditional gantry milling machines can impact production efficiency, precision, and operational cost. This article delves into the distinctions between these two types of machines, discusses the critical role of milling heads manufactured by Yih Kuan, and outlines best practices for their maintenance and replacement.Understanding Gantry Milling MachinesGantry milling machines feature a bridge-like structure that spans over the workpiece, allowing the milling head to move along the X, Y, and Z axes. This setup provides stability and support for machining large parts, making it ideal for heavy-duty industries.CNC Gantry Milling MachinesTechnology: Utilizes computer numerical control to automate and precisely control all movements, ensuring high accuracy and repeatability.Advantages: Offers significant improvements in speed, efficiency, and the ability to produce complex geometries with minimal human intervention.Industries Served: Particularly favored in aerospace, automotive, and precision engineering industries where complex, repetitive tasks are common.Traditional Gantry Milling MachinesTechnology: Operates based on manual adjustments and settings, which requires skilled operators to achieve the desired accuracy.Advantages: Cost-effective for simpler, less intricate tasks. It allows for direct control and adjustments by the operator, often preferred in custom or specialized projects.Industries Served: Used widely in shipbuilding, heavy equipment fabrication, and industries where large scale, less complex machining is required.The Role of Milling Heads in Gantry Milling MachinesMilling heads play a pivotal role in the functionality of both CNC and traditional gantry milling machines. Yih Kuan designs and manufactures high-quality milling heads suitable for a diverse range of machining needs, ensuring that whether your operations require precision CNC applications or robust traditional machining, the right tool is available.Importance of Milling Heads: The performance of a gantry milling machine largely depends on the quality and condition of its milling head. These components are crucial for efficiently cutting, carving, and shaping metal and other materials. The precision and durability of a milling head significantly influence the machining accuracy and the quality of the final product.Maintenance and Replacement Indicators:Maintenance: To ensure consistent performance and prolong the life of milling heads, regular maintenance is crucial. This includes routine lubrication, cleaning, and inspection for wear and tear. Keeping milling heads in good condition helps in maintaining the precision and efficiency of the machine.Signs that Indicate Maintenance or Replacement:Decreased Performance and Efficiency: If the milling machine starts taking longer to complete tasks or struggles with operations that it used to handle easily, it might be time to check the milling head.Poor Surface Finish: A deterioration in the surface finish of machined parts, such as roughness or unexpected marks, can indicate that the milling head is worn out or damaged.Increased Vibration or Noise: An increase in noise or vibration during operation can suggest that the milling head's components may be worn or misaligned.Visible Wear or Damage: Any visible cracks, chips, or wear on the milling head are clear indicators that maintenance or replacement is necessary.Excessive Heat Generation: Overheating during operations can be a sign of a dull or improperly lubricated milling head.Difficulty in Tool Insertion or Removal: Problems with changing tools can indicate issues with the spindle or tool holder components of the milling head.Choosing Between CNC and Traditional MachinesWhen deciding between a CNC and a traditional gantry milling machine, manufacturers should consider:Production Requirements: Evaluate the complexity of the parts being produced and the precision required.Volume: High-volume manufacturers may find the automation of CNC machines more beneficial, while traditional machines may be more cost-effective for lower volumes.Cost: CNC machines represent a higher initial investment but offer savings through faster production times and reduced labor costs over time.ConclusionThe choice between CNC and traditional gantry milling machines depends largely on specific production needs, cost considerations, and desired outcomes. With Yih Kuan’s high-quality milling heads, manufacturers can enhance both types of machines, ensuring efficient and precise machining operations. Yih Kuan remains committed to supporting manufacturers in choosing the right equipment and maintaining it to the highest standards. For further information on selecting and caring for milling heads suitable for your gantry milling machines, please contact Yih Kuan. We are dedicated to helping you optimize your manufacturing processes and achieve superior results.

Join us in Chicago for IMTS 2024 !Pavilion/Hall: West Building Stand No.: 432293 Dates: 9-14 September , 2024 Open Hours: 9:00-18:00 Show Location McCormick Place Address: 2301 S Lake Shore Dr, Chicago, IL 60616 USA

1: Material2: Coating3: Design4: Price Compare with these two Series, the quality of the Standard Series is better then the Economy Series.Economy Series is the normal products in DHF. We would like to suggest the upper level to extend the life length and work effective of end mill. 

Because Stainless steel has superior featured abilities of erosion, shapes, tolerance and tenacity, it has wide applications on heavy and light industry, supplies industry and architecture decorations.The most used stainless steels are SUS303, SUS304, and SUS316, because of their high ability on erosion and strong tenacity; it would have problem of radiation, material hardened, and chip stickness, those problems make it much harder to cut.In order to overcome the difficult features of stainless steel, the material, coating and geometry design are keys factors.1. For stainless steel cutting, not only well-executed and smooth of chip removal, also away with radiation, decrease the problem of hardened material.2. Most stainless steel milling takes wet coolant, the suitable coating is G10.3. High helix angle groove R and anti-vibration design; when high performance milling, the cutting speed Vc could reach to 100-120 m/min, and it is able to 1D machining for both slotting and side milling.Because the different demands of end mill selection to customers, here we have the  recommendations based cutter’s performance and life:First selection:        Second selection:     Third selection:        Written by DHF Technology Center

GTR-1215 also widely used to Silicon chips, ceramic substrate, packaging substrate, optical glass, sapphire substrate EMC, SIC and other non-metal, hard and agile material in Semi-Conductor industry. After 3 months and hundreds of scientist, industry experts’ evaluation , The 2023 Taiwan Excellance awards finally announce the award winners. The long process to select the award winners is based on product design, quality, marketing and innovation，a total186 companies and 348 new products was selected,, among them, representing productivity and energy saving, was Grintimate’s GTR series. Eg wafer thinning machine. This is the second time Grintimate awarded the title of Taiwan excellent since 2020。 Grintimate is the leading brand in Taiwan CNC grinding machine. With Their unique hydrostatic technology, they focus on providing the complete and best solution semi-conductor Industry- the sub-micron machining solution. The combination of Hydrostatic technology on grinding wheel, machine saddle and turn table gave birth new and revolutionary impact to not only in CNC machine tool industry but also semi-conductor machining The warded GTR-1215Vertical Hydrostatic Wafer Thinning machine’s two key components – wheel spindle and turn table are designed and features Grintimate’s unique Hydrostatic technology. Not only the machine is highly accurate on rotation, but also high damping and high efficiency for wafer thinning. The screen of GTR-1215 apply color touch screen with its own designed HMI (Human-Machine-Interface).is easy to operate, it will save the machining data in file. And monitoring grinding overload to automatically adjust grinding speed, in order to prevent workpiece broken due to overload cutting force. It can satisfy 8-15 inch wafer thinning. The trend toward super high machine is not only on high machining efficiency but also high accuracy. Based on designer and manufacturer of hydrostatic spindle. The team of Grintimate successfully integrate the technology into machine, to provide high precision and efficiency, and eco-green machine tools for modern Industries.

AMB  2024 (Booth No. Hall 10 - 10A61)   Name of Show    :  AMB 2024   Show Dates         :  Sep. 10-14, 2024   Opening Hours   :  09:00 - 18:00   Show Location    :  MesseStuttgart, Germany   Booth No            :  Hall 10 - 10A61   Official Website  :  https://www.messe-stuttgart.de/amb/en

Welcome to discover YCM’s advanced technological innovations and seamless process integration. Let’s make it better, together!   IMTS 2024 (Booth No.: South Building, 339033)   Name of Show    :  IMTS 2024   Show Dates         :  Sep. 9-14, 2024   Opening Hours   :  10:00 - 18:00   Show Location    :  McCormick Place, Chicago.   Booth No            :  South Building, 339033   Official Website  : https://www.imts.com/

Under the Scorching Sun: How Can Machines Cope with Global Warming?​In the context of global warming, rising temperatures pose challenges across various industries, especially those requiring high precision machining. Even minor temperature fluctuations can cause the metal inside machines to expand and deform, thereby affecting machining accuracy. Maintaining high precision in such an environment has become a significant challenge for the industry. AI thermal displacement compensation technology, as an innovative solution, is revolutionizing traditional mechanical methods by providing stable and efficient machining precision.​Limitations of Traditional Methods​Some manufacturers rely on traditional mechanical methods to control thermal displacement. They use nuts with a preload value between 0.06 mm to 0.07 mm and perform preloading at the motor end, securing the tail end with precision nuts to tighten the bearings. This method mainly relies on the bearing clearance to control temperature rise, but it shortens the bearing's lifespan. Experiment data shows that while this method can control within 0.1 mm before in the beginning, its stability and durability are insufficient.​Breakthroughs with AI Thermal Displacement Compensation Technology​AI thermal displacement compensation technology is different. It collects temperature information through multiple sensors and uses AI to generate a thermal displacement model that predicts and corrects the machining point's displacement. In this way, the impact of temperature changes on machining accuracy can be effectively suppressed. This technology not only improves machining precision but also shortens the warm-up time, achieving energy savings. Additionally, it reduces tool wear caused by thermal displacement.​Experiments and Applications​In tests conducted by Yida, the AI thermal displacement compensation technology was applied to the EV-860 vertical machining center. The results showed that even in normal room temperature environments, this technology could collect and compensate data, achieving high-precision stable machining. The AI thermal displacement model generates a reliable correction model based on temperature information and thermal displacement measurements, suitable for different machine models.​Experiment Data indicates that AI thermal displacement compensation technology can significantly reduce thermal displacement. Before temperature compensation, the accuracy was within 0.03 mm, but after compensation, it can be controlled within 0.01 mm, reducing error by 57%.Preparing for the FutureThe application of AI thermal displacement compensation technology in controlling machine tool thermal behavior demonstrates its enormous potential in improving machining precision and efficiency. The advantages of this technology lie in its intelligence and efficiency, making it a trend in the future development of machine tool machining. In the face of the challenges brought by global warming, such technology becomes even more crucial. It not only addresses the impact of temperature changes but also enhances overall production efficiency.If you are interested in this technology, contact Yida to learn more and explore the possibilities of applying AI thermal displacement compensation technology to your machines. Facing the scorching sun and the future, only by staying ahead and applying new technologies can we remain competitive in the fierce market.

IntroductionAngle milling heads are pivotal in enhancing the versatility and efficiency of machining operations, allowing machines to reach otherwise inaccessible angles with precision. At Yih Kuan, we offer a range of angle milling heads including 90° angular heads, 90° deep milling heads, and 45° universal milling heads, designed to fit various machining setups such as vertical/horizontal machining centers, gantry milling machines, boring mills, and milling machines. This article explores the distinct features and applications of each type to help you select the best milling head for your requirements.Understanding Different Angle Milling HeadsAngle milling heads are specialized tools that facilitate machining at various angles, which is critical when working on complex parts with intricate geometries. Here are the key differences between the angle heads we offer:90° Angular HeadFeatures: This head positions the tool at a precise 90-degree angle relative to the workpiece, making it ideal for side milling, drilling, and tapping operations that require orthogonal approaches.Applications: Perfect for jobs that demand precision in creating perpendicular features and external edges.90° Deep Milling HeadFeatures: Similar to the standard 90° angular head but designed for deeper cuts and extended reach within cavities or alongside protrusions.Applications: Used extensively in mold making and automotive industries where accessing deep pockets and performing complex side milling are necessary.45° Universal Milling HeadFeatures: Offers the flexibility to adjust the tool orientation to 45 degrees, providing an optimal angle for chamfering, beveling, and inclined surface machining.Applications: Ideal for aerospace and general engineering sectors where angled features and chamfers are frequently required.How to Choose the Right Angle Milling HeadSelecting the appropriate angle milling head depends on the specific machining tasks and the geometry of the parts being manufactured:Material and Geometry Considerations: Assess the types of materials you work with and the complexities of the part geometries. For standard side milling and drilling, a 90° angular head might suffice, while more complex parts with deep recesses may necessitate a 90° deep milling head.Machining Center Compatibility: Ensure the selected head is compatible with your existing machining center in terms of mounting, rotational speed, and torque capabilities.Production Requirements: For high-volume production with repetitive angled cuts or features, the 45° universal milling head offers the versatility needed for various operations without the need for frequent tool changes.ConclusionAngle milling heads significantly expand the capabilities of standard machining centers by allowing for precise angled cuts and operations. Whether you need a head for straightforward perpendicular operations, deep pocket machining, or versatile angled applications, Yih Kuan has the solution. Our range of 90° angular heads, 90° deep milling heads, and 45° universal milling heads are engineered to meet diverse manufacturing needs, enhancing both flexibility and precision in your machining processes. For more information on how our angle milling heads can benefit your operations, or to discuss your specific machining challenges, please contact Yih Kuan. We’re here to help you achieve optimal machining efficiency and quality.

以開拓高端市場為目標　推動臺灣第一座智慧化主軸檢測中心普森精密主軸工業為臺灣產品線最齊全的專業主軸廠。產品種類包含車床主軸、加工中心機主軸、磨床主軸以及伸臂式搪銑床主軸。普森精密主軸的產品行銷世界各國，範圍涵蓋中國大陸、美國、德國、日本、印度、印尼、巴西、土耳其、新加坡、馬來西亞等二十餘國。放眼全球，未來將會以日、韓及其他歐美國家為目標市場。針對各式高階精密級高速主軸來進行研究及開發，脫離在同質性高的產品上削價競爭的模式，朝向附加價值更高的產品及市場來開拓，並針對 ｢電動車/自駕車｣與｢半導體｣等目標產業的需求，開發結合周邊系統的整合性新產品。 智慧化生產趨勢加速中傳統製造業生產模式正在經歷劇烈改變近年來，工業4.0的發展與中國勞動人力的成本上漲，正逐漸改變傳統製造業生產模式。許多國際大廠紛紛投入機器人或無人工廠的研發及建置。面對這股自動化的趨勢，彭森榮總經理認為，未來精密主軸產業勢必會朝向智能化主軸領域發展。普森精密主軸工業早在2000年起就領先同業，建置全臺灣第一座智慧化主軸檢測中心，並相繼與逢甲大學、勤益科技大學等知名大學合作成立主軸模擬實驗室。針對精密智能化主軸的設計及檢測進行相關的驗證與研究開發，以期提升精密主軸的高階應用技術，讓臺灣工具機產業在全球自動化產業發展趨勢中站穩一席之地。 (製造技術 + 服務導向) X售後服務 = 「製造業服務化」話鋒一轉，彭總談到製造業服務化的推動，必須從「精緻服務」的訴求出發，持續加強售後服務。普森公司近期開發的「遠距離主軸異常檢測技術」，能以最新檢測技術進行高速主軸自動化異音監測，建構出高速主軸的異音、壽命及缺陷檢測分析模型。客戶端只要錄下異常運轉聲，普森公司即可初步分析主軸發生異常的原因，以便進行後續維修。不但大幅縮短維修時間，更降低誤判狀況而衍生的維修成本。普森公司因此成為唯一擁有遠端偵測技術的主軸業界廠商。這些從接單、設計、生產等等，一直延伸到售後服務的整體解決方案，正是普森精密主軸工業落實「製造業服務化」理念的具體展現。 普森2024年二大發展重點第一、 氣靜壓主軸(Aerostatic Spindle)：開發中的氣靜壓主軸將高壓的氣體送入主軸與軸承的微小間隙內，使主軸懸浮於軸承中央以幾乎無摩擦狀態下運轉，可達到100,000RPM以上的高速、高精度運轉。可運用於脆硬材料切割與研磨、微孔精密加工、HRC60以上硬材之難削材銑削。其運用領域包含:●晶圓加工主軸:研磨、切割、鑽孔、無油氣的高速氣靜壓主軸●超精密加檢測設備、晶圓、陶瓷、藍寶石等脆硬材料切割與研磨●PCB鑽孔機、薄壁加工、微孔加工機等微孔精密加工●光學滾筒、超精密車床與銑床、PCB成型機、難削材銑削(HRC60以上硬材)超精密切削●真空泵、高速透平機、牙科、手機…等高速精密的轉子系統 第二、 智能化高速內藏式主軸：高效率智慧主軸PGM系列產品秉持環保、綠能設計理念，採用循環式油氣潤滑供應路徑，透過持續供給與回收，除延長軸承使用壽命，並可降低油氣洩漏風險，防止油氣散逸對人體及環境的傷害，加上採用永磁馬達之高剛性、高效率特性，有效提高30%生產力，減少碳排放55%，從產品研發到終端使用皆善盡環境保護責任。而普森的「智能化主軸設計概念」，以內建的各種感應裝置，針對可能影響主軸加工精度的主軸溫升或震動等因素，達到及時的監控並掌握。而透過物聯網科技，智能化的主軸可以將主軸效能相關資訊反饋給普森公司。我們可隨時知道主軸的使用狀況，主軸本身也能夠協助執行自我診斷，並擷取服務資訊。讓主軸產品在其使用壽命期間維持在最佳的使用狀況，提供給顧客最高的附加價值，並可供應半導體產業製程用的創造出具差異化的高階製造。而此｢高效率智慧主軸PGM系列｣也榮獲2023台灣精品獎的肯定,普森不僅是台灣主軸業界唯一獲獎的公司，PGM智慧主軸更已經是普森公司第二度獲獎的產品! 彭森榮總經理最後補充，為提升臺灣產業競爭力，政府已將智慧機械列為首要推動目標，這需要工具機中心廠投入更多資源進行研發，零組件廠的角色也因此更加顯得重要。而普森公司以開拓高端市場為目標，積極拓展國際市場與知名度，並伴隨著臺灣工具機產業發展的軌跡不斷成長茁壯。 企業名稱：普森精密主軸工業有限公司業務聯絡人：忻育葳聯絡電話：+886-4-22135988聯絡郵件：posa.posa@msa.hinet.net企業傳真：+886-4-22135996企業網站：www.posa-spindle.com

Did you know?Under the same number of door operations, linear motor automatic doors can save 55.6% more energy compared to pneumatic cylinder automatic doors!​In addition to significantly saving energy and electricity costs and reducing carbon emissions, linear motor automatic doors stop immediately when the track has accumulated chips, or workpieces have fallen, causing the motor current to overload and trigger the protection mechanism, reducing personnel injury and maintenance frequency.​Linear motor automatic doors can enhance the efficiency of automated production lines. They seamlessly continue the operation after closing, reducing downtime of the production line. Additionally, during a shutdown, pneumatic cylinder automatic doors need to release pressure before opening, whereas linear motor automatic doors can be easily opened. In factories where time is money, reducing waiting time is crucial.Watch how it works here

Introduction In today's rapidly evolving manufacturing industry, vertical machining centers play an indispensable role. These efficient machines not only accelerate production processes but also enhance machining quality, becoming the cornerstone of various industries such as automotive, aerospace, and electronics manufacturing. As market demands continue to evolve, the technology of these machining centers advances to meet more precise machining requirements and higher production efficiencies. This article aims to explore how to choose a vertical machining center that meets future market demands, analyzing market trends and technological development directions. Market Trend Analysis Changes in market demand are crucial factors influencing the choice of vertical machining centers. As consumer expectations for product quality and production efficiency rise, manufacturers must assess which models can most effectively meet these needs. Modern market trends indicate a continuous rise in demand for high-performance and multifunctional vertical machining centers. These machines can quickly adjust and maintain high production efficiency, making them particularly suitable for small-batch, diversified production models. Technological innovation is also a key driver of changes in market demand. For example, advancements in CNC technology have improved machining precision while simplifying the operation process, making vertical machining centers more user-friendly. Additionally, integrating advanced measurement techniques and real-time monitoring systems allows the machine to automatically adjust parameters during the machining process, further enhancing product quality and efficiency.   Campro Machinery Product Line Since 2016, Campro Machinery has actively invested in the field of intelligent machinery, starting with factory visualization management and gradually expanding to provide comprehensive smart factory solutions. We have become pioneers in the digital era by integrating advanced technologies, machine networking, and intelligent machinery, enabling machines to automatically adjust parameters during the machining process, thereby enhancing product quality and production efficiency. Campro Machinery is a professional CNC machine tool manufacturer, producing a variety of machining centers and lathes. Our vertical machining centers are divided into four categories, each with different models: ·        CPV-B Series #40 Box Ways Vertical Machining Center: This comprehensive machining center pursues stability and versatility. It enhances the efficiency of machines in the factory, featuring a three-axis box ways design for superior stability. The entire structure is made of high-grade cast iron and undergoes heat treatment to eliminate internal stress, ensuring optimal rigidity and precision durability. The series offers X-axis travel ranges from 850 mm to 1600 mm for customer selection. ·        CPV-B Series #50 Heavy Duty (Box Ways) Vertical Machining Center: In addition to stability and versatility, the #50 spindle is more suitable for heavy cutting. The series offers X-axis travel ranges from 1100 mm to 2200 mm for selection. ·        CNV Series High Efficiency Vertical Machining Center: Focused on economy and efficiency, this is the best choice for a wide range of small to medium-sized parts manufacturers and users pursuing high efficiency. The series offers X-axis travel ranges from 550 mm to 1300 mm for selection. ·        NV Series High Performance Vertical Machining Center: Compared to other linear guideway vertical machining centers of the same size on the market, the NV series offers a larger Y-axis travelling range. Its unique loop design and spindle thermal symmetry design effectively reduce thermal deformation, improving accuracy and stability. Meeting the demands of many metalworking users, this machine combines high mobility, high rigidity, and high stability. It can also add a 5-axis table to the standard worktable configuration, increasing the feasibility of different machining operations. Our complete product line meets various functional needs, providing customers with a diverse range of options, from high precision to high efficiency, from basic to advanced models, fully covering all application requirements.   Considerations for Choosing a Vertical Machining Center When selecting a vertical machining center, it is important to consider various factors to ensure that the chosen equipment meets current and future production needs. Machining Requirements and Application Scenarios Different industries and products have varying requirements for machining precision, speed, and flexibility. Companies should evaluate the machine’s performance and suitability based on their specific machining needs. For instance, precision machining requires equipment with high accuracy and stability, while mass production demands efficient and reliable machines. Technical Parameters and Performance Technical parameters are one of the core considerations when choosing a vertical machining center. These include spindle speed, travel range, rigidity, stability, and control systems. These parameters directly affect the machine’s machining capabilities and applicability. Intelligent and Automated Functions The demand for intelligence and automation in modern manufacturing is increasing. Machines equipped with AI integration, automation technologies, and real-time monitoring can improve production efficiency, reduce labor costs, and ensure product quality. Brand Reputation and After-Sales Service Choosing a brand with a good reputation ensures the quality and performance of the machine. Additionally, comprehensive after-sales service provides timely technical support and maintenance, ensuring the normal operation and longevity of the machine. Cost-Effectiveness Analysis Companies should conduct a cost-effectiveness analysis based on their budget. It is essential to choose a vertical machining center that offers the best value for money while meeting machining needs and technical requirements to achieve optimal investment returns. Future Technological Developments In terms of technological advancements in vertical machining centers, the integration of artificial intelligence (AI) is significantly enhancing the accuracy of machining decisions and optimizing production processes. AI can automatically adjust machine settings to accommodate changing machining demands, thereby increasing production efficiency and reducing human intervention. Additionally, automation technology enables vertical machining centers to perform unattended production, which not only lowers labor costs but also improves the stability of production quality. These technologies enable machines to flexibly handle small-batch and diversified production needs, aligning with modern manufacturing's dual requirements for high efficiency and flexibility.   Conclusion When choosing a vertical machining center, it is crucial to consider how the machine can adapt to rapidly changing market demands and technological trends. Case studies have shown that selecting a vertical machining center equipped with advanced technology and flexibility is a wise investment for businesses. This not only ensures product quality and production efficiency but also prepares companies for future market challenges. Based on the analysis presented in this article, future vertical machining centers will need to integrate AI and automation technologies more extensively to enhance operational efficiency and precision. Moreover, to meet diverse production needs, the design of these machines should focus more on modularity and scalability. In summary, when selecting a vertical machining center, it is important to consider not only its current technical specifications and performance but also its future adaptability and development potential. Such forward-thinking will enable businesses to maintain a competitive edge in future market competition and achieve sustained business success.   Summary Choosing a suitable vertical machining center requires considering multiple factors, including machining needs and application scenarios, technical parameters and performance, intelligent and automated functions, brand reputation and after-sales service, and cost-benefit analysis. Businesses should comprehensively evaluate these factors based on their needs and market trends to ensure that the selected equipment can perform optimally in both current and future production environments. By selecting a vertical machining center with advanced technology and flexibility, companies can enhance production efficiency and product quality while also adapting to future market challenges and changes. Campro Machinery is dedicated to providing comprehensive, advanced machining solutions that help customers maintain a leading position in a competitive market and achieve long-term business success.

In the mold industry, traditional milling machines such as turret milling machines and gantry milling machines play a crucial role in ensuring high precision, efficiency, and flexibility in mold manufacturing. Despite the advancements in CNC technology, these traditional machines remain indispensable for various reasons.1. Precision and VersatilityTraditional milling machines are known for their ability to perform a wide range of operations with high precision. Turret milling machines, for example, offer versatile functionalities such as drilling, cutting, and slotting, which are essential for producing complex mold components. Gantry milling machines, with their large worktable and high rigidity, excel in machining large and heavy molds with intricate details.2. Robustness and StabilityThe robust construction of traditional milling machines ensures stable and accurate machining. Gantry milling machines, in particular, provide exceptional stability due to their strong and rigid structure, making them ideal for heavy-duty operations. This stability reduces vibrations and enhances the precision of the final mold, ensuring a high-quality end product.3. Cost-EffectivenessTraditional milling machines often have lower initial costs compared to advanced CNC machines. This makes them an attractive option for small to medium-sized mold manufacturers. Additionally, the maintenance and operational costs of traditional milling machines are generally lower, contributing to overall cost savings for the company.4. Adaptability to Various MaterialsTraditional milling machines can handle a variety of materials, from metals like steel and aluminum to plastics and composites. This adaptability is crucial in the mold industry, where different projects may require the use of different materials. The ability to switch between materials without significant reconfiguration makes these machines highly versatile.5. Skilled Workforce UtilizationMany skilled machinists are well-versed in operating traditional milling machines. Leveraging their expertise can enhance productivity and ensure high-quality outcomes. This existing knowledge base reduces the need for extensive retraining and allows for a smoother workflow within the manufacturing process.6. Customization and FlexibilityTurret and gantry milling machines allow for a high degree of customization. Machinists can manually adjust settings to accommodate specific project requirements, offering flexibility that is sometimes limited in fully automated systems. This customization capability is particularly valuable for producing unique or specialized molds.7. Enhancing Production EfficiencyWhile traditional, these milling machines can be integrated into modern production systems to enhance efficiency. For instance, combining manual adjustments with digital readouts and automated controls can improve precision and reduce setup times. This hybrid approach can maximize the strengths of traditional milling while incorporating modern efficiencies.8. Reducing Energy ConsumptionTraditional milling machines, when properly maintained, can operate efficiently with moderate energy consumption. Implementing energy-efficient practices, such as regular maintenance and optimized machining processes, can further reduce energy usage. This focus on energy efficiency not only lowers operational costs but also aligns with sustainable manufacturing practices.ConclusionTraditional milling machines, including turret milling machines and gantry milling machines, continue to hold significant importance in the mold industry. Their precision, versatility, robustness, cost-effectiveness, and adaptability make them indispensable tools for mold manufacturers. Yih Kuan can assist milling machine users with upgrades and spindle head replacement services. Through performance matching and custom integration, manufacturers can achieve a balance of production efficiency, quality, and sustainability at a lower cost.

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PrefaceAs the global manufacturing industry enters the era of intelligentization, the application of Artificial Intelligence (AI) technology in the field of Computer Numerical Control (CNC) machining has become a major driving force for industrial advancement. Since 2016, Campro Machinery has invested in the field of intelligent machinery, starting with factory visualization management. Now, the company can provide a range of smart manufacturing factory solutions, becoming a machining solution provider capable of keeping up with the digitalization trend. This article aims to delve into how AI plays a revolutionary role in CNC machining technology, not only improving production efficiency and enhancing quality but also leading the manufacturing industry towards greater automation and flexibility. Through specific technical analysis and future trend forecasts, we will demonstrate how AI technology creates significant value in CNC machining and predict how this technological collaboration will shape the future of the manufacturing industry. Through this in-depth analysis, readers will gain a comprehensive understanding of AI's application in modern manufacturing and witness a truly meaningful industrial revolution.I. Introduction: Introducing the Revolutionary Role of AI in CNC MachiningOver the past few decades, Computer Numerical Control (CNC) technology has dramatically transformed the manufacturing industry. With continuous technological advancements, CNC machining equipment can now execute complex machining tasks with unprecedented precision and efficiency. However, as market demand increases and production scales expand, traditional CNC technology faces new challenges: how to further improve production efficiency, reduce costs, and achieve higher levels of automation and flexibility. In this context, the introduction of Artificial Intelligence (AI) technology is gradually sparking a revolution in the field of CNC machining.The core capability of AI lies in its ability to process and analyze vast amounts of data, making it a crucial player in the automation and optimization of manufacturing processes. In CNC machining, AI can be used to analyze machine operation data and adjust machining parameters in real-time to accommodate different machining conditions or material properties. This intelligent adaptability not only enhances machine operational efficiency but also significantly improves machining quality and consistency.More importantly, AI enables predictive maintenance and fault diagnosis for CNC machines. By continuously monitoring the machine's operational status and performance, AI systems can identify potential machine faults and maintenance needs, allowing for proactive intervention before issues arise. This not only extends the machine's lifespan but also significantly reduces maintenance costs and unplanned downtime.Furthermore, AI applications are driving CNC technology toward higher levels of automation. For instance, through machine learning algorithms, CNC machines can learn and optimize their machining strategies based on past machining experiences. This learning capability not only boosts machining efficiency but also enables machines to handle a wider variety of machining tasks, better adapting to changing production demands.In summary, the application of AI in CNC machining is initiating a revolution in the manufacturing industry. By integrating AI technology with CNC machines, manufacturing enterprises can enhance production efficiency and product quality while achieving greater operational flexibility and cost-effectiveness. Looking ahead, as AI technology continues to develop and improve, its impact on the CNC machining field will become even more profound, bringing more innovation and transformation to the global manufacturing industry.II. The Core Role and Implementation of AI TechnologyThe application of Artificial Intelligence (AI) in the field of CNC machining is not just a technological innovation but an industrial transformation. The core role of AI technology lies in its ability to significantly enhance machining efficiency, precision, and adaptability, all achieved through intelligent data analysis and machine learning.Firstly, AI can optimize the machining paths of CNC machines through data analysis. In traditional CNC machining, setting machining parameters often relies on the operator's experience and intuition. While this method is feasible, it may lack precision or efficiency when dealing with complex or unfamiliar machining tasks. AI technology, by analyzing past machining data, can accurately predict the optimal machining parameters, such as spindle speed, feed rate, and cutting depth, and automatically adjust these parameters to suit different material properties and machining requirements.Additionally, AI's machine learning capabilities enable CNC machines to continuously learn and improve from actual machining processes. By continuously collecting machining data, AI systems can identify any unexpected behaviors or factors that may lead to defects in the machining process and adjust machining strategies to prevent similar issues from recurring. This self-optimization capability not only improves machining consistency and quality but also reduces reliance on human intervention.AI technology also enables real-time monitoring and control of the machining process. Through various sensors installed on CNC machines, AI systems can monitor the machining status in real-time, such as tool wear, motor load, and machine vibration. This information is immediately analyzed, and AI can respond instantly to any detected abnormalities by adjusting machining parameters or pausing operations to prevent damage and ensure the quality of the final product.Through these advanced functionalities, AI not only elevates the technical level of CNC machining but also greatly enhances the intelligence and automation of production processes. As these technologies continue to develop and be applied, AI will play an increasingly important role in the field of CNC machining, driving the manufacturing industry toward a more efficient and precise future.III. Enhancing Production Efficiency and Reducing WasteIn modern manufacturing, enhancing production efficiency and reducing resource waste are crucial goals for the sustainable development of enterprises. The application of Artificial Intelligence (AI) in CNC machining technology provides an efficient and sustainable solution to achieve these goals. AI not only improves operational efficiency but also reduces material and energy waste through intelligent process optimization.Firstly, AI can significantly enhance the production efficiency of CNC machines. Through predictive maintenance and fault warning systems, AI can analyze machine operation data to predict mechanical failures and maintenance needs, thereby reducing unexpected machine downtime. This predictive capability not only ensures optimal machine operation but also effectively extends equipment lifespan, reducing economic losses caused by sudden failures. Additionally, AI's real-time adjustment functionality can automatically optimize machine operating parameters, such as speed and cutting force, during the machining process to adapt to different conditions. This not only increases production speed but also reduces material waste and energy consumption.Secondly, AI plays a critical role in reducing material waste. Through precise data analysis, AI can optimize cutting paths and material configurations to ensure the most efficient use of every piece of raw material. This not only enhances material utilization but also reduces waste generated during the production process. In the machining of high-value materials, such as aerospace aluminum or titanium alloys, this optimization is particularly important as material costs represent a significant portion of the overall production cost.Moreover, AI excels in energy management. It can intelligently regulate machine energy consumption based on actual production demands, such as automatically lowering energy usage during low-load periods or maximizing the use of low-energy modes without affecting production efficiency. This intelligent energy management not only reduces operational costs for enterprises but also contributes to environmental protection.In summary, the application of AI in CNC machining brings considerable economic and environmental benefits by enhancing production efficiency and reducing waste. This allows enterprises to respond more effectively to market changes and demands, driving the entire industry towards a more sustainable and intelligent future.IV. Quality Control and Process MonitoringIn modern manufacturing, ensuring product quality and monitoring the stability of the production process are of paramount importance. The application of AI technology in CNC machining not only enhances production efficiency but also significantly improves the accuracy of quality inspection and the real-time monitoring of processes. This technological innovation makes the manufacturing process more reliable, greatly reduces the production of defective products, and ensures the consistency of product quality.AI systems can utilize advanced sensing technologies and data analysis to monitor the machining status of CNC machines in real time. This includes monitoring tool wear, the dimensional accuracy of workpieces, and mechanical feedback during the machining process. With this data, AI can instantly detect any abnormalities that could lead to quality issues, such as excessive tool wear or deviations in machining parameters. Once these issues are detected, AI systems can automatically adjust machine parameters or pause the machining process until the problems are resolved, ensuring that every product meets high-quality standards.Furthermore, the application of AI enhances product consistency during the manufacturing process. In large-scale production, even minor variations can result in significant quantities of non-conforming products. AI systems can learn and record the successful machining conditions of each production run and apply these conditions to subsequent production, ensuring that all products meet the same high standards. This not only reduces quality fluctuations but also boosts customer confidence in the product quality.AI also plays a crucial role in reducing human errors. In traditional CNC operations, human factors often lead to product quality issues. The introduction of AI allows for the automation of many decisions and operations, reducing the likelihood of human errors. For instance, AI systems can automatically execute complex machining programs, reducing the need for manual adjustments by operators, thereby lowering error rates and enhancing overall product quality.In summary, the application of AI technology in quality control and process monitoring brings revolutionary improvements to the CNC machining field. Through real-time monitoring and intelligent adjustments, AI not only enhances product quality but also increases the stability and reliability of the manufacturing process. For modern manufacturing industries striving for defect-free production and high customer satisfaction, this holds immeasurable value.V. Future Prospects and Industry ApplicationsAs AI technology continues to develop and improve in CNC machining, its future application prospects appear even broader and more profound. AI will not only enhance existing manufacturing processes but also create new industry applications, leading the manufacturing sector towards greater efficiency, higher precision, and increased intelligence. Below are some important future prospects and potential industry applications of AI in CNC machining.Firstly, the further development of AI will make CNC machining more intelligent and automated. With advancements in machine learning and data analysis capabilities, future CNC machines will be able to more accurately predict machining outcomes and autonomously adjust machining strategies to meet complex and changing production requirements. This adaptive machining capability will not only improve production efficiency but also ensure product quality across various production scenarios.Additionally, AI will promote the application of CNC machining technology in more industries. For example, in the aerospace and automotive manufacturing sectors, where precision and reliability of parts are critical, AI-driven CNC technology can provide higher machining precision and better material utilization. In the medical industry, precision CNC machining can be used to manufacture highly complex medical instruments and implants, and the application of AI can ensure these products meet stringent safety and performance standards.The development of AI technology also drives CNC machining towards green manufacturing and sustainable development. By optimizing machining paths and energy control, AI helps reduce energy consumption and minimize waste generated during the production process. This not only helps manufacturing industries lower operational costs but also aligns with global environmental protection and sustainable development trends.With the integration of Internet of Things (IoT) technology, future CNC machining will become smarter and more interconnected. Various machines and production equipment in factories will be networked, allowing for real-time data exchange and analysis. This will enable comprehensive monitoring and management of the production process and coordinate production activities globally, enhancing overall operational efficiency.In summary, the further development of AI will bring significant changes and limitless possibilities to the field of CNC machining. From improving production efficiency to expanding new application areas, from enhancing quality control to promoting sustainable manufacturing, AI will play an increasingly important role in the future of manufacturing, bringing profound impacts to the global manufacturing industry.VI. Conclusion: Long-Term Prospects for the Collaboration between AI and CNC MachiningWith the widespread application of Artificial Intelligence (AI) technology in the manufacturing industry, especially in the field of CNC machining, we are witnessing a technological revolution that not only changes production methods but also redefines industrial standards. AI's contributions to enhancing CNC machining technology are significant, with promising and lasting prospects for collaboration. This is evident not only in the improvements in production efficiency and quality control but also in how AI is driving the manufacturing industry towards a smarter, greener, and more efficient future.Firstly, AI has already achieved remarkable success in improving the efficiency and precision of CNC machining technology. Through real-time data analysis and machine learning, AI systems can optimize machining processes, reduce equipment failures, and minimize production interruptions, thereby lowering production costs and improving product quality. This technological advancement benefits individual enterprises and enhances the overall competitiveness of the manufacturing industry.Moreover, the application of AI fosters continuous innovation in the manufacturing industry. As technology evolves, new AI algorithms and learning models are being developed, enabling CNC machines to handle more complex tasks and providing higher adaptability and better user experiences. This not only promotes further technological development but also brings new business opportunities and market potential to the manufacturing industry.The ongoing integration of AI technology is also pushing the manufacturing industry towards sustainable development. Through more precise data analysis and energy management, AI helps achieve more environmentally friendly production processes, reducing energy consumption and waste generation. This responds to global calls for environmental protection and aligns with the long-term development strategies of enterprises.Finally, as the global economic and technological environment evolves, the integration of AI and CNC machining technology will continue to deepen. This technological collaboration is not only a driving force for the modernization of the manufacturing industry but also key to realizing the long-term development strategies of enterprises. In the future, we can foresee AI playing an increasingly important role in improving production efficiency, reducing costs, enhancing product quality, and exploring innovative fields.In conclusion, the combination of AI and CNC machining technology brings revolutionary changes to today's manufacturing industry and lays a solid foundation for future development. This ongoing collaboration will ensure that the manufacturing industry can maintain innovation and competitiveness while continuously driving industrial progress and economic growth in the face of future challenges.ConclusionThrough this comprehensive exploration of the application of Artificial Intelligence (AI) in CNC machining technology, we can clearly see that AI is not only a driving force in modern manufacturing but also a key to future innovation and development. AI's achievements in enhancing machining efficiency, precision, and quality control have already demonstrated its irreplaceable value. Looking ahead, as technology continues to advance, AI will play an even more crucial role in the CNC machining field. It will not only propel the manufacturing industry towards higher efficiency and precision but also accelerate the transition towards sustainable and intelligent manufacturing. Through continuous technological innovation and strategic application, the combination of AI and CNC machining technology will continue to have a profound impact on the global manufacturing industry, ensuring that enterprises remain at the forefront in the competitive market.

I. IntroductionGrinding machines play an important role in modern industry. This article aims to provide operation and maintenance guidelines to help users maximize the performance of grinding machines and ensure the efficiency and safety of the production process.2. Basic operations of grinderSafe operating practicesFirst, operators must wear appropriate protective equipment, including protective glasses, gloves, and protective shoes, to prevent injuries from splashes and hot surfaces during processing. Secondly, ensure the safety and cleanliness of the work area, avoid any tools or debris from obstructing the operation, and maintain a good working environment.Start and shut down programsProperly starting up and shutting down the grinder is the basis for ensuring safe machine operation. Before operation, check whether the power connection and mechanical components of the grinder are normal. When starting, slowly adjust the grinding wheel speed to avoid sudden overload. When shutting down the grinder, you should first stop feeding, then turn off the main power supply, and ensure that the machine comes to a complete stop before cleaning and maintenance.Operation interface introductionOperators should be familiar with these control devices and master the basic operating steps to ensure processing accuracy and efficiency. A detailed understanding of the functions of the operating interface will enable you to better operate and maintain the grinder. The previous grinder is equipped with a graphical human-machine interface, which is easy to understand and use.3. Adjustment and settings of grinderAdjustment of working table and grinding wheelGrinding machine adjustment and setup are key steps to ensure machining accuracy. First of all, the height and angle adjustment of the working table affect the positioning and final processing effect of the workpiece. The operator needs to accurately adjust the position of the working table according to processing needs to ensure that the workpiece can be firmly fixed and maintain an appropriate distance from the grinding wheel. In addition, installing and replacing the grinding wheel is also a job that requires careful operation. Correct installation of the grinding wheel can effectively avoid jumps and deviations during processing.Grinding parameter settingsReasonable setting of grinding parameters, such as grinding speed, feed speed and depth, is the basis for ensuring processing quality. The grinding speed should be adjusted according to the workpiece material and processing requirements. Too fast or too slow speed may lead to unsatisfactory processing results. Feed speed and depth also need to be set carefully to prevent excessive grinding or damage to the workpiece surface. By carefully adjusting these parameters, operators can achieve optimal machining results.Frequently asked questions and solutionsDuring the operation of the grinder, common problems such as grinding wheel runout and uneven workpiece surface will affect the processing quality. Methods to solve grinding wheel runout include checking whether the grinding wheel is firmly installed and whether it is necessary to rebalance the grinding wheel. It is recommended to install dynamic balancing. If the surface of the workpiece is uneven, the feed speed needs to be adjusted or the worn grinding wheel needs to be replaced. By discovering and solving these problems in time, processing accuracy and production efficiency can be effectively improved.4. Daily maintenance and upkeepDaily inspection itemsRoutine maintenance and upkeep of grinders is crucial to ensure long-term stable operation and extended service life. First of all, operators should clean and lubricate every day to keep the surface of the grinder clean to prevent dust and chips from entering the mechanical parts and affecting the operating accuracy. Lubricating all moving parts can reduce wear and ensure smooth operation of the machine. In addition, the electrical system needs to be inspected regularly to ensure that all connections and controls are functioning properly.Regular maintenance planRegular maintenance plans include weekly, monthly and quarterly inspections and maintenance. Weekly inspections should include testing the wear of the grinding wheel and the stability of the workbench, while monthly in-depth inspections of various parts of the machine, such as the lubrication of bearings and guide ways, should be carried out. Conduct a comprehensive system inspection every quarter to ensure that all components are operating at their best and that worn or damaged parts are replaced in a timely manner.Troubleshooting GuideSome common malfunctions that can occur with grinders during operation are grinding wheel runout, feed system failures, and electrical problems. Operators should be familiar with the solutions to these problems. For example, grinding wheel runout can be solved by rebalancing the grinding wheel or checking that the installation is stable. Regular repair and maintenance records are also necessary to help track the operation of the grinder, detect and solve potential problems early, and ensure the long-term efficient operation of the grinder.5. Tips for improving grinder performanceOptimize grinding processThe key to improving grinder performance is to optimize the grinding process. First of all, operators should constantly improve grinding parameter settings and adjust grinding speed and feed speed according to different workpiece materials and shapes to ensure the best processing results. In addition, multiple trial grindings are conducted to find the best parameter combination to improve processing accuracy and efficiency. Optimizing the cooling system and maintaining appropriate coolant flow and temperature can also help reduce thermal deformation of the workpiece and improve surface quality.Properly select and use grinding wheelsChoosing the appropriate grinding wheel material and model, and choosing grinding wheels with different grain sizes and hardness according to the material and processing requirements of the workpiece, can significantly improve the processing effect. Regularly inspect and replace worn grinding wheels to ensure they are operating in optimal conditions, and pay attention to the service life management of the grinding wheels to avoid excessive wear of the grinding wheels that may affect processing accuracy. By properly selecting and using grinding wheels, operators can effectively improve grinder performance and productivity.6. Environmental protection and energy saving measuresEnvironmentally friendly materials and technologiesThe use of eco-friendly materials and techniques helps reduce environmental impact. Choosing low-contamination, recyclable grinding wheels and coolant not only reduces waste but also improves worker health and safety. Introduce advanced waste liquid treatment technology to effectively separate pollutants in the coolant and recycle them to reduce waste liquid discharge and protect the environment.Comply with environmental regulationsOperators and managers should be familiar with local environmental standards and ensure that the grinder is operated and maintained in compliance with these requirements. Regular environmental protection training is conducted to enhance employees’ environmental awareness and skills and promote the company to achieve sustainable development goals. Through comprehensive environmental protection and energy-saving measures, not only can operating costs be reduced, but the social image and competitiveness of enterprises can also be enhanced.7. Conclusion The operation and maintenance of grinding machines require rigorous procedures and careful management. By following basic operating practices, proper adjustments and settings, regular maintenance, and taking environmental and energy-saving measures, operators can maximize the performance and service life of their grinders. At the same time, techniques and measures to improve grinder performance will help companies achieve efficient production and sustainable development.Contact us to learn more about grinder maintenance. https://www.proth.com.tw/contactus

五軸加工技術簡介五軸加工技術利用一台高度靈活的機床，能在五個獨立軸向同時操作，這使得加工件可以在不同的角度和多個面上被加工，而無需改變其位置。這種技術主要特點是其能夠提供極高的精度和效率，特別是在複雜和精細的加工任務中表現突出。五軸機床的設計通常包括三個線性軸（X、Y、Z）和兩個旋轉軸，這兩個旋轉軸允許工件在加工過程中達到幾乎任何角度的定位。這種配置不僅提高了加工靈活性，還大幅度減少了加工時間，因為可以在一次設定中完成多面的加工，減少了重新定位的需要。革命性的技術進步五軸加工技術自推出以來，一直被視為製造業的一大革命。傳統的三軸機床限制了工件的加工角度和位置，使得某些複雜部件的加工變得耗時且效率低下。然而，五軸技術的引入打破了這些限制，使得機床能夠在更多軸向上運動，從而實現工件的多角度和全方位加工。這種技術進步不僅提升了加工的精度和靈活性，還有效減少了加工時間和成本，尤其是在複雜形狀和高精度要求的部件生產中，五軸加工顯示出其不可替代的優勢。五軸技術在航空航太行業的應用五軸技術在航空航太行業中扮演著關鍵角色，因其能夠製造出極高精度和複雜度的部件，從而滿足該行業對質量和精度的嚴格要求。使用五軸加工中心機進行生產，可以顯著提高航空部件的加工效率，降低錯誤率，並減少後續的機械加工需求。這種技術使得可以在單一設定中完成多面加工，極大地縮短了生產週期和提高了生產靈活性。此外，五軸加工還能夠提供更加精確的切削角度，這對於複雜幾何形狀和曲面的航空部件來說至關重要。因此，五軸技術已成為航空航太行業不可或缺的先進製造技術之一。汽車行業中的應用在汽車製造業中，五軸加工技術的應用帶來了顯著的製造創新和效率提升。此技術特別適合生產複雜的汽車零件，如引擎部件和傳動系統，其可以在一次設定中完成多角度的精密加工。這不僅減少了生產時間，還提高了整體零件的質量和精確度。五軸機床能夠執行精確的切削操作，這對於達到汽車行業對於耐用性和性能的嚴格標準至關重要。此外，透過減少工件的設定次數和手動干預，五軸技術同時降低了生產成本和錯誤率，為汽車製造商提供了更大的競爭優勢。醫療和電子行業的創新應用在醫療和電子行業中，五軸加工技術的創新應用對於生產高精度和複雜設計的醫療設備及電子產品至關重要。這項技術能夠精確製造出小型且精密的零件，如醫療植入物和微型電子元件。五軸機床的高靈活性和精確定位能力，使其在製造極其細小和精細的部件時，能保持極高的重複精度和質量控制。此外，五軸技術減少了加工過程中需要的手動干預，從而極大地提高了生產效率和產品一致性，這對於醫療器械和高科技電子產品的質量保證尤為重要。这些特性不仅提升了產品性能，也加速了新產品的研發到市場的流程。選擇適合的五軸加工中心機選擇適合的五軸加工中心機需要考量多個因素，以確保所選設備能夠滿足特定製造需求。首先，機床的加工能力和尺寸規格應符合預期的部件大小和加工範圍。其次，機床的精確度和重複定位精度是確保高精度加工的關鍵指標。此外，操作系統的易用性和技術支持也是選擇時必須考慮的重要因素，這有助於保證設備的順利運行和維護。最後，經濟效益，包括機床的購置成本及其運行和維護的長期開銷，也應納入考量範圍。選擇合適的五軸機床不僅提升生產效率，還能確保製造過程的質量與經濟效益。

五軸加工技術簡介五軸加工技術利用一台高度靈活的機床，能在五個獨立軸向同時操作，這使得加工件可以在不同的角度和多個面上被加工，而無需改變其位置。這種技術主要特點是其能夠提供極高的精度和效率，特別是在複雜和精細的加工任務中表現突出。五軸機床的設計通常包括三個線性軸（X、Y、Z）和兩個旋轉軸，這兩個旋轉軸允許工件在加工過程中達到幾乎任何角度的定位。這種配置不僅提高了加工靈活性，還大幅度減少了加工時間，因為可以在一次設定中完成多面的加工，減少了重新定位的需要。革命性的技術進步五軸加工技術自推出以來，一直被視為製造業的一大革命。傳統的三軸機床限制了工件的加工角度和位置，使得某些複雜部件的加工變得耗時且效率低下。然而，五軸技術的引入打破了這些限制，使得機床能夠在更多軸向上運動，從而實現工件的多角度和全方位加工。這種技術進步不僅提升了加工的精度和靈活性，還有效減少了加工時間和成本，尤其是在複雜形狀和高精度要求的部件生產中，五軸加工顯示出其不可替代的優勢。五軸技術在航空航太行業的應用五軸技術在航空航太行業中扮演著關鍵角色，因其能夠製造出極高精度和複雜度的部件，從而滿足該行業對質量和精度的嚴格要求。使用五軸加工中心機進行生產，可以顯著提高航空部件的加工效率，降低錯誤率，並減少後續的機械加工需求。這種技術使得可以在單一設定中完成多面加工，極大地縮短了生產週期和提高了生產靈活性。此外，五軸加工還能夠提供更加精確的切削角度，這對於複雜幾何形狀和曲面的航空部件來說至關重要。因此，五軸技術已成為航空航太行業不可或缺的先進製造技術之一。汽車行業中的應用在汽車製造業中，五軸加工技術的應用帶來了顯著的製造創新和效率提升。此技術特別適合生產複雜的汽車零件，如引擎部件和傳動系統，其可以在一次設定中完成多角度的精密加工。這不僅減少了生產時間，還提高了整體零件的質量和精確度。五軸機床能夠執行精確的切削操作，這對於達到汽車行業對於耐用性和性能的嚴格標準至關重要。此外，透過減少工件的設定次數和手動干預，五軸技術同時降低了生產成本和錯誤率，為汽車製造商提供了更大的競爭優勢。醫療和電子行業的創新應用在醫療和電子行業中，五軸加工技術的創新應用對於生產高精度和複雜設計的醫療設備及電子產品至關重要。這項技術能夠精確製造出小型且精密的零件，如醫療植入物和微型電子元件。五軸機床的高靈活性和精確定位能力，使其在製造極其細小和精細的部件時，能保持極高的重複精度和質量控制。此外，五軸技術減少了加工過程中需要的手動干預，從而極大地提高了生產效率和產品一致性，這對於醫療器械和高科技電子產品的質量保證尤為重要。这些特性不仅提升了產品性能，也加速了新產品的研發到市場的流程。選擇適合的五軸加工中心機選擇適合的五軸加工中心機需要考量多個因素，以確保所選設備能夠滿足特定製造需求。首先，機床的加工能力和尺寸規格應符合預期的部件大小和加工範圍。其次，機床的精確度和重複定位精度是確保高精度加工的關鍵指標。此外，操作系統的易用性和技術支持也是選擇時必須考慮的重要因素，這有助於保證設備的順利運行和維護。最後，經濟效益，包括機床的購置成本及其運行和維護的長期開銷，也應納入考量範圍。選擇合適的五軸機床不僅提升生產效率，還能確保製造過程的質量與經濟效益。

In the hot summer, use our high-precision surface grinder technology to produce quality parts, enhancing the performance of refrigerators, fans, air conditioners, and ice makers, bringing cool comfort.PERFECT MACHINE

1.    **Innovating for the Future** In today's rapidly evolving manufacturing sector, precision and efficiency are key to success. To meet the increasingly stringent industrial standards and production demands, we introduce the BC-800T 5-axis machining center. This machine not only represents the forefront of technological innovation but also embodies our relentless pursuit of precision in craftsmanship and operational efficiency. The following content will delve into the unique features and superior performance of the BC-800T, demonstrating its application value in modern manufacturing.   2.    **Core Technology and Design Advantages** The BC-800T 5-axis machining center combines precise craftsmanship and innovative technology, showcasing a new realm of high-performance machine tools. This advanced machine employs the latest five-axis simultaneous machining technology, achieving extremely precise machining results and significantly reducing the need for workpiece unloading and fixtures. Such design not only shortens processing time but also significantly enhances production efficiency, making the production process smoother and more economical.   3.    **Structural Stability and Precision Machining** The BC-800T is meticulously designed, utilizing FEA analysis to ensure optimal performance and reliability of the machine structure. Its ultra-wide base and saddle design maintain excellent stability even during high-speed movements. Additionally, the structural design of the BC-800T is optimized by maintaining a greater distance between two linear guides, which reduces potential deformations caused by the weight of the worktable and ensures better weight distribution to the saddle, thereby achieving superior accuracy and minimizing distortion.   4.    **Power System and High-Speed Operations** In terms of power transmission, the BC-800T is equipped with dual nut ball screws on the X and Y axes, DD motors on the rotary table, and roller guides on the X, Y, and Z axes, all ensuring stability during high-speed movements. The rapid feed rates reach 36 meters per minute on the X and Y axes and 30 meters per minute on the Z axis, allowing the BC-800T to perform tasks quickly and accurately. This rapid feed capability enables the machine to handle large or complex workpieces effectively, reducing downtime and thereby enhancing overall production efficiency. This exceptional performance is particularly beneficial in industrial applications requiring large volumes of precise machining, significantly improving product quality and machining accuracy, ensuring each workpiece meets the highest manufacturing standards.   5.    **Flexibility and Multifunctionality** The BC-800T also features an efficient three-axis bearing oil lubrication system, which helps reduce thermal expansion and significantly extends the lifespan of machine components. Moreover, its B-axis rotary table offers a ±110-degree range of motion, and the C-axis rotary table provides a 360-degree range of motion, supporting loads up to 400 kilograms with a diameter of 650mm, accommodating a variety of machining needs. These rotary tables' design not only offers high flexibility but also meets the processing requirements of various complex shapes, allowing the BC-800T to handle workpieces of different materials and specifications. This flexibility is especially suitable for industries like aerospace, automotive manufacturing, and mold making, where workpieces vary greatly in shape and require high precision. This not only enhances production efficiency but also significantly expands the machine's application range.   6.    **Spindle Performance and Precision Machining** The main worktable of the BC-800T measures 1700x650mm with a maximum load capacity of 1400 kilograms, complemented by a high-performance built-in spindle with a maximum speed of 12,000 rpm. Additionally, its torque is 95 Nm in the Fanuc system and 120 Nm in the Siemens system. The spindle's HSK-63T taper ensures a stable connection between the tool and the machine. This combination of high speed and powerful torque allows the BC-800T to easily handle hard materials while maintaining smooth and precise cutting processes. This is advantageous for applications requiring high-intensity cutting tasks, such as aerospace component manufacturing or high-precision mold making.   7.    **Tool Management and Production Efficiency** Furthermore, the high-speed capability of the spindle, coupled with a precise control system, allows the BC-800T to achieve industry-leading machining quality during delicate surface finishing and complex detail processing. This machining capability not only enhances the overall aesthetics of the product but also ensures dimensional accuracy and surface smoothness during the machining process, thereby reducing the need for subsequent finishing and enhancing the final product's market competitiveness. The BC-800T also features a chain-type tool magazine that can accommodate up to 30 tools, providing quick tool changes and flexible handling of complex machining tasks. Enhanced chain durability and tool change efficiency ensure the machine's efficiency and reliability during extended operations. Laser and circular positioning accuracy tests, rotary center diagnostics, and ISO precision tests ensure the BC-800T's accurate and reliable performance, reducing waste, enhancing productivity, and increasing profits. This efficient tool management system not only saves tool change time but also enhances the continuity of the machining process, especially in mass production or scenarios requiring frequent tool changes.   8.    **Tool Magazine Design and Operational Convenience** The design of the tool magazine considers ease of operation and safety, with precise tool positioning ensuring quick tool location and reducing the risk of operational errors. Additionally, the enhanced durability of the tool magazine not only improves its wear resistance but also ensures its lasting performance under high load and high-frequency usage conditions. This tool magazine design allows the BC-800T to quickly adapt to changes in production demands for diversified and technically demanding machining tasks, enhancing the machine's market adaptability and user experience.   9.    **Driving Industry Innovation and Efficiency** The launch of the BC-800T 5-axis machining center marks a significant step forward in our provision of efficient and precise solutions. Through continuous technological innovation and a commitment to quality, we believe the BC-800T will bring unprecedented production efficiency and operational experience to users. Whether facing complex industrial challenges or everyday high-precision requirements, the BC-800T provides reliable support, helping businesses enhance their competitiveness and advance the industry.

Date : Sept. 9-14, 2024Location : McCormick PlaceBooth No. : North Hall- 236963Link : International Manufacturing Technology Show(https://www.imts.com/)

引言：為什麼提升五軸加工中心機的效率至關重要？在當今競爭激烈的製造業中，五軸加工中心機以其出色的多功能性和靈活性，成為精密製造的重要工具。這種機器能夠在多軸同時動作的情況下進行複雜的切削任務，大幅提高了製造的精度和效率。然而，儘管擁有先進的技術，如何充分利用這些機器的能力，來提高生產效率和降低成本，仍然是許多企業面臨的挑戰。提升五軸加工中心機的效率不僅能夠縮短生產周期，降低每件產品的加工時間和成本，還能提高產品的整體質量。在快速變化的市場需求下，能够迅速調整生產設定並保持高效運作，對於保持企業競爭力至關重要。有效的機器利用率和優化的作業流程可以減少停機時間和生產瓶頸，從而實現更高的產出和更好的經濟效益。因此，了解如何最大化五軸加工中心機的效率，對於希望在市場中保持領先的製造商來說，是一個不可忽視的戰略考量。透過本文的指南，我們將探討實用的策略和技術，幫助您實現這一目標。理解您的五軸加工中心機：首要步驟要充分發揮五軸加工中心機的潛力，首先必須深入理解其核心功能及操作界面。這類機器的複雜性要求操作者不僅要有基礎的操作知識，更應該對機器的每個可調參數和功能有透徹的了解。熟悉您的設備是提升效率的關鍵步驟，因為只有充分理解機器的運作方式，才能最大限度地利用其功能，實現高效和精確的生產。為此，操作手冊是寶貴的資源，它不僅提供設備的基本操作指南，還解釋了各項功能如何協同工作以達到最佳性能。此外，多數機器製造商都會提供培訓和技術支持，幫助使用者深入了解產品。積極利用這些製造商資源，可以幫助您和您的團隊更好地掌握機器的高級功能和維護知識，從而在日常操作中提升效率。此外，定期參加由製造商舉辦的進階培訓和研討會也是提升操作技能和機器運用效率的好方法。通過這些方式，您可以確保團隊能夠不斷更新他們對設備最新技術和操作技巧的了解，進一步提高生產效率。優化機器設置以提高效率為了在生產過程中實現最高的效率和精度，對五軸加工中心機的設置進行優化至關重要。這包括根據不同的加工任務調整機器的速度、進給率和切削路徑。首先，理解加工材料的特性和加工件的要求是設置加工參數的基礎。例如，硬質材料可能需要較慢的切削速度和較低的進給率以防止工具磨損。使用先進的軟體工具來模擬加工過程是防止錯誤並節省時間的一種有效方法。這些工具可以幫助操作者預見可能的碰撞和錯誤，從而在實際加工前進行調整。此外，這些模擬工具可以詳細顯示切削路徑和工件的變形，確保加工過程中的每一步都是最優化的。透過這些策略，不僅可以提高機器的作業效率，還可以延長工具的壽命並保持產品質量的一致性。在日常操作中實施這些優化措施，將使生產過程更加流暢，減少廢品率，並提高整體生產力。4定期維護和校準：保持機器在最佳狀態定期維護和校準對於確保五軸加工中心機保持在最佳運作狀態至關重要。這不僅可以延長機器的壽命，還能保持生產效率和產品質量。維護的關鍵活動包括定期潤滑、清潔和部件檢查，這些都是防止機器故障和非計劃性停機的必要措施。首先，潤滑是任何機械維護計劃中不可或缺的一部分，它有助於減少運動部件間的摩擦和磨損。使用正確的潤滑油，並按照製造商的推薦進行定期更換，可以顯著提高機器的運行效能。其次，保持機器清潔是避免粉塵和金屬屑積聚造成損害的重要措施。清潔應涵蓋機器的內部和外部，特別是那些與加工過程直接相關的重要部件。此外，定期檢查機器的關鍵部件如刀具、主軸和導軌等，可以及早發現潛在問題並進行維修，從而避免更大的損害和更高的維修成本。這些維護活動應記錄在維護日程表中，確保按時執行，並按需調整以符合實際使用情況。通過這樣的定期維護和校準，五軸加工中心機將以最佳狀態運行，保障生產流程的連續性和效率。操作技巧與訣竅：如何最大化五軸加工中心機的性能要最大化五軸加工中心機的性能，操作者必須掌握一系列專業技巧和操作訣竅。首先，正確的刀具選擇對於實現高效和精確的加工至關重要。選擇合適的刀具不僅取決於加工材料的類型，還應考慮到加工的精度和速度要求。例如，硬質合金刀具適用於高速加工硬質材料，而鈷鋼刀具則適合精細加工。此外，了解如何利用五軸加工中心機的高級功能，如動態偏置、高速切削技術和多軸聯動，也是提升效率的關鍵。這些功能可以幫助操作者在保證加工質量的同時，顯著提高加工速度和效率。為了使操作人員能夠充分利用這些技術，進行定期的技能培訓和能力提升是非常必要的。培訓不僅應包括機器操作的基本知識，還應涵蓋高級編程技巧、刀具管理和維護操作。這樣的培訓可以幫助操作人員在實際工作中遇到問題時，能夠迅速作出反應，並有效利用機器的所有功能。透過實施這些操作技巧和培訓策略，五軸加工中心機的性能可以被最大化，進一步推動生產效率的提升，滿足日益嚴苛的市場需求。利用數據分析進行持續改進在提升五軸加工中心機的效率方面，利用數據分析是實現持續改進的關鍵策略。通過收集和分析機器操作數據，製造商可以深入了解機器性能的各個方面，從而識別出效率低下的根本原因並制定相應的改進措施。首先，實時監控系統可以捕捉到機器運行中的每一個細節，如切削速度、負荷、溫度和振動等參數。這些數據對於評估機器的運行狀態及早期識別潛在問題至關重要。例如，異常的振動模式可能表明刀具磨損或安裝不當，而這些都是降低加工精度和效率的常見原因。此外，市場上提供了多種先進的分析工具，這些工具可以對收集到的數據進行深入分析，並通過預測性維護算法預測機器故障。這不僅可以最大限度地減少非計劃停機時間，還可以確保機器維持在最佳性能狀態，進一步提高生產效率。通過這種數據驅動的方法，製造商能夠更精確地調整生產流程，優化機器設置，並確保生產過程中的每一步都是經過精心計劃和調整的。這種持續的改進過程不僅提高了生產效率，也增強了企業在市場中的競爭力。結論：將這些策略融入日常操作在本文中，我們探討了提升五軸加工中心機效率的多種策略，從深入理解設備的核心功能，到優化機器設置，再到利用數據分析進行持續改進。實施這些策略不僅可以提高生產效率，還能提升產品質量，使企業在競爭激烈的市場中保持領先。要將這些策略成功融入日常操作，首先需要建立一種文化，鼓勵創新和持續改進。這包括定期培訓員工，更新他們的技能，以及鼓勵他們對生產流程提出改進意見。其次，定期評估生產效率和質量指標，以及定期檢查設備狀態，是確保策略有效實施的關鍵。此外，透過先進的分析工具，企業可以更好地理解數據，從而做出更精確的決策，進一步提升操作效率和產品質量。這些工具能夠識別效率低下的原因，並提供實時反饋，幫助企業快速調整策略。總之，通過將這些策略融入日常操作，企業不僅能提升生產效率，還能在保證產品質量的同時，降低成本，提高整體競爭力。因此，持續改進和定期評估對於任何希望在現代製造業中成功的企業來說，都是不可或缺的元素。

Dear Valued Partners, I would like to introduce you to a new member of YCM Group, named TRIMILL, which consists of both TRIMILL, a.s. (Czech Republic) and TRIMILL GmbH (Germany). TRIMILL, founded in 2000, the TRIMILL specializes in the manufacturing of Portal Milling Machines and are recognized worldwide for their technological advancements, manufacturing capabilities and superior product designs. TRIMILL machines have traditionally been attracted by a devoted core group customers who have become accustomed to uncompromising performance and renowned reliability. TRIMILL products are unique and represent a different approach to portal machine design, serving a broad range of industries. As we move towards creating a Globalization Strategy, collaboration between an advanced machine tool builder, offering complementary products aimed at Die Mold, Automotive and Aerospace market segments. This differentiated approach will provide customers with multiple solutions and services. We look forward to working closely with every valued partner and provide the best solutions. Let’s "Make it Better, Together".  Sincerely, Richard ChenChairman Patrick ChenGeneral Manager

YCM clinches "Gold Award" at the 32nd Taiwan Excellence Awards for our "T11 Green Smart Machine"! Thanks to the dedicated YCM team, our valued customers, dealers, and suppliers. This award embodies our unwavering commitment to quality and sustainability, motivating us to continue providing better products and services. We look forward to joining hands in shaping a brighter future! 

Make it Better, TogetherAs YCM celebrates 70 years, the dedication to craftsmanship shines brighter than ever. Your support has been our driving force, propelling us towards new heights of achievement. Thanks to all the blessings from around the world, adding a sparkle of magic to this celebration.View more information

YCM clinches “Gold Labels” for “T11” & “NFX400A” at the Green Machine Tool Energy Saving Label Assessment!A huge shoutout to our awesome YCM team for their dedications to green technologies and for achieving international sustainability standards!

YCM is thrilled to have received a significant award from Harvard Business Review.This honor illustrates the unwavering commitment to lean manufacturing and digital transformation from colleagues, suppliers, and partners. With their efforts, creating a comprehensive ecosystem becomes achievable! Looking ahead, YCM will continue to strive for innovation and progress, steadfastly working towards realizing your Smart Manufacturing Dreams! Let's Make it Better, Together!

追求碳中和與淨零碳排將是企業的共同目標，永進機械成功取得ISO14955的綠色工具機認證，以推動工具機產品的環保性能和能源效率。為協助客戶達到低碳生產的目標， 永進機械攜手台灣設計研究院(TDRI)與精密機械研究發展中心(PMC)，運用他們的專業知識和經驗，為永進機械提供了重要的技術輔導。 其成功的關鍵在於機台製程融入節能減碳的理念，選用低汙染的材質，並在不影響機台切削剛性及穩定性下，採用輕量化設計，搭配更節能的周邊設備，務求降低電力消耗，實現減碳要求。此外，透過智慧化的管理模式，不僅能精準計算碳排放量，進而盤查碳足跡，亦可提高產能及效率，改善能源績效表現。 近期歐洲議會通過了氣候法案，宣布引入碳關稅，而台灣也計劃在2024年推出碳稅，不僅排放大量碳的營運事業，中小型企業也將難以逃避碳定價帶來的影響，機械業雖非第一波碳排大戶，但也無法置身事外。 這次認證的取得，是我們對環保的承諾和對產品品質的有力體現，永進機械將繼續不斷創新，提高產品的環保性能和能源效率，期許追求永續製造的道路上，為淨零碳排盡份心力！

財政部關稅總局公布2024年5月份海關進出口貿易統計初步值，經台灣工具機暨零組件工業同業公會整理：2024年5月工具機出口金額1.8億美元，相較今年4月成長4.6%，較去年同(5)月則減少21.2%。其中，金屬切削工具機2024年5月出口金額約1.52億美元，相較今年4月出口成長7.6%；金屬成型工具機2024年5月出口金額約2,759美元，則較今年4月減少9.2%。2024年1-5月工具機累計出口金額為8.81億美元，較2023年同期減少16.1%。其中，金屬切削工具機出口累計金額為7.33億美元，較去年同期減少18.3%，金屬成型工具機出口累計金額為1.48億美元，較去年同期減少3.3%。2024年1-5月工具機出口前十大國家依出口金額排序為中國(含香港)、美國、土耳其、印度、越南、德國、荷蘭、南韓、日本及泰國。相關數據請參考表1、表 2 及圖 1。2024年5月工具機進口金額4,236萬美元，相較今年4月份成長42.3%，較去年同(5)月則減少22%。其中，金屬切削工具機2024年5月進口金額約3,719萬美元，相較今年4月進口成長46%；金屬成型工具機2024年5月進口金額約517美元，則較今年4月成長20.1%。2024年1-5月工具機累計進口金額為1.9億美元，較2033年同期減少30.4%。其中，金屬切削工具機進口累計金額為1.54億美元，較去年同期減少31.9%，金屬成型工具機進口累計金額為3,604萬美元，較去年同期減少23%。2024年1-5月工具機進口前十大國家依進口金額排序為日本、中國(含香港)、德國、瑞士、義大利、美國、泰國、瑞典、以色列及南韓。相關數據請參考表3、表4 及圖2。工具機關鍵零組件包含工作物夾持器、分度頭或其他工具機特殊配件、金屬切削工具機零件及附件、金屬成型工具機零件及附件、滾珠螺桿、線性滑軌。從工具機關鍵零組件單月出口表現來看，2024年5月工具機關鍵零組出口金額1.3億美元，相較今年4月份成長8.5%，較去年同(4)月則減少1.1%。2024年1-5月工具機關鍵零組出口累計出口金額為6.02億美元，較2023年同期減少4.1%。2024年1-5月工具機關鍵零組件主要出口國來看，中國(含香港)、美國、日本、印度、南韓、荷蘭、義大利、德國、泰國與土耳其。相關數據請參考表5、表6 及圖3。就工具機關鍵零組件單月進口表現來看，2024年5月工具機關鍵零組進口金額近1,590萬美元，相較今年4月成長20.8%，較去年同(4)月則減少2.8%。2024年1-5月工具機關鍵零組出口累計進口金額為6,891萬美元，較2023年同期減少13.3%。2024年1-5月工具機關鍵零組件主要進口國來看，中國(含香港)、日本、德國、義大利、美國、瑞士、英國、馬來西亞、以色列與奧地利。相關數據請參考表7、表8 及圖4。根據中國海關總署發布的五月份貿易數據顯示，中國整體進出口表現強勁，進口與出口總額分別成長1.8%及7.6%。隨著中國與競爭者的技術發展差距縮小，以及強勢美元的背景下，使得中國的低價產品競爭力策略更顯突出。儘管貿易戰的關稅壁壘限制了中國的對外貿易，但中國企業仍想辦法透過提前出貨或經由第三國轉出口(如墨西哥、越南)來規避關稅，減輕貿易戰的影響。不過，中國外溫內冷的問題仍有待解決，因此在內需回升拐點之前的復甦訊號，都可能只是暫時的現象。

2024年1-4月台灣工具機進出口統計：出口總額7.02億美元，較去年同期減少14.6%；進口總額1.47億美元，較去年同期減少32.4%。2024年1-4月台灣工具機關鍵零組件進出口統計：出口總額4.72億美元，較去年同期減少4.9%；進口總額5,304萬美元，較去年同期減少16%財政部關稅總局公布2024年4月份海關進出口貿易統計初步值，經台灣工具機暨零組件工業同業公會整理：2024年4月工具機出口金額1.72億美元，相較今年3月減少11.5%，較去年同(4)月則減少26.1%。其中，金屬切削工具機2024年4月出口金額約1.41億美元，相較今年3月出口減少13.3%；金屬成型工具機2024年4月出口金額約3,037美元，則較今年3月減少2.3%。2024年1-4月工具機累計出口金額為7.02億美元，較2023年同期減少14.6%。其中，金屬切削工具機出口累計金額為5.81億美元，較去年同期減少17.3%，金屬成型工具機出口累計金額為1.21億美元，較去年同期成長1.2%。2024年1-4月工具機出口前十大國家依出口金額排序為中國(含香港)、美國、土耳其、印度、越南、德國、荷蘭、南韓、日本及泰國。相關數據請參考表1、表 2 及圖 1。2024年4月工具機進口金額2,977萬美元，相較今年3月份減少31.4%，較去年同(3)月則減少36.8%。其中，金屬切削工具機2024年4月進口金額約2,547萬美元，相較今年3月進口減少28.8%；金屬成型工具機2024年4月進口金額約430美元，則較今年3月減少43.7%。2024年1-4月工具機累計進口金額為1.47萬美元，較2033年同期減少32.4%。其中，金屬切削工具機進口累計金額為1.17億美元，較去年同期減少34.8%，金屬成型工具機進口累計金額為3,085萬美元，較去年同期減少21.3%。2024年1-4月工具機進口前十大國家依進口金額排序為日本、中國(含香港)、德國、美國、瑞士、瑞典、泰國、義大利、南韓及以色列。相關數據請參考表3、表4 及圖2。工具機關鍵零組件包含工作物夾持器、分度頭或其他工具機特殊配件、金屬切削工具機零件及附件、金屬成型工具機零件及附件、滾珠螺桿、線性滑軌。從工具機關鍵零組件單月出口表現來看，2024年4月工具機關鍵零組出口金額1.2億美元，相較今年3月份減少13.7%，較去年同(4)月則減少14.1%。2024年1-4月工具機關鍵零組出口累計出口金額為4.72億美元，較2023年同期減少4.9%。2024年1-4月工具機關鍵零組件主要出口國來看，中國(含香港)、美國、日本、印度、南韓、荷蘭、德國、義大利、泰國與土耳其。相關數據請參考表5、表6 及圖3。就工具機關鍵零組件單月進口表現來看，2024年4月工具機關鍵零組進口金額近1,316萬美元，相較今年3月減少6.7%，較去年同(4)月則減少22.4%。2024年1-4月工具機關鍵零組出口累計進口金額為5,304萬美元，較2023年同期減少16%。2024年1-4月工具機關鍵零組件主要進口國來看，中國(含香港)、日本、德國、義大利、瑞士、美國、英國、馬來西亞、以色列與南韓。相關數據請參考表7、表8 及圖4。從歐、美、日等主要國家的4月製造業採購經理人指數（PMI）來看，景氣仍處於榮估線之下的緊縮狀況，主要是因受到地緣政治風險、貿易摩擦紛擾與通膨升息等因素持續影響下，各國市場需求反應表現不如預期強勁，亦造成企業資本支出態度仍顯審慎。又如土耳其，近年除面臨地緣政治衝突波及，現今國內經濟又受到通貨膨脹不斷擴張的衝擊，為抑制通膨高漲土國政府採取強升息的手段，這也造成融資壓力劇增、投資者信心轉向低迷，反而造成土國景氣復甦力道受阻。

2024年1-3月台灣工具機進出口統計：出口總額5.31億美元，較去年同期減少10.1%；進口總額1.18億美元，較去年同期減少31.2%。2024年1-3月台灣工具機關鍵零組件進出口統計：出口總額3.51億美元，較去年同期減少1.2%；進口總額3,989萬美元，較去年同期減少13.6%財政部關稅總局公布2024年3月份海關進出口貿易統計初步值，經台灣工具機暨零組件工業同業公會整理：2024年3月工具機出口金額1.94億美元，相較今年2月成長35.8%，較去年同(3)月則成長47.7%。其中，金屬切削工具機2024年3月出口金額約1.63億美元，相較今年2月出口成長44%；金屬成型工具機2024年3月出口金額約3,110美元，則較今年2月成長4.6%。2024年1-3月工具機累計出口金額為5.31億美元，較2023年同期減少10.1%。其中，金屬切削工具機出口累計金額為4.4億美元，較去年同期減少13%，金屬成型工具機出口累計金額為9,043萬美元，較去年同期成長8.1%。2024年1-3月工具機出口前十大國家依出口金額排序為中國(含香港)、美國、土耳其、印度、越南、荷蘭、德國、南韓、俄羅斯及泰國。相關數據請參考表1、表 2 及圖 1。2024年3月工具機進口金額4,341萬美元，相較今年2月份成長62.2%，較去年同(3)月則減少38.9%。其中，金屬切削工具機2024年3月進口金額約3,576萬美元，相較今年2月進口成長94%；金屬成型工具機2024年3月進口金額約765美元，則較今年2月減少8.2%。2024年1-3月工具機累計進口金額為1.18萬美元，較2033年同期減少31.2%。其中，金屬切削工具機進口累計金額為9,096萬美元，較去年同期減少34.9%，金屬成型工具機進口累計金額為2,655萬美元，較去年同期減少14.6%。2024年1-3月工具機進口前十大國家依進口金額排序為日本、中國(含香港)、德國、美國、瑞士、瑞典、義大利、以色列、泰國及南韓。相關數據請參考表3、表4 及圖2。工具機關鍵零組件包含工作物夾持器、分度頭或其他工具機特殊配件、金屬切削工具機零件及附件、金屬成型工具機零件及附件、滾珠螺桿、線性滑軌。從工具機關鍵零組件單月出口表現來看，2024年3月工具機關鍵零組出口金額1.39億美元，相較今年2月份成長62.7%，較去年同(3)月則成長11.3%。2024年1-3月工具機關鍵零組出口累計出口金額為3.52億美元，較2023年同期減少1.2%。2024年1-3月工具機關鍵零組件主要出口國來看，中國(含香港)、美國、日本、印度、荷蘭、南韓、德國、義大利、泰國與越南。相關數據請參考表5、表6 及圖3。就工具機關鍵零組件單月進口表現來看，2024年3月工具機關鍵零組進口金額為1,411萬美元，相較今年2月成長31.3%，較去年同(3)月則減少13.6%。2024年1-3月工具機關鍵零組出口累計進口金額近3,989萬美元，較2023年同期減少13.6%。2024年1-3月工具機關鍵零組件主要進口國來看，中國(含香港)、日本、義大利、德國、美國、英國、瑞士、西班牙、馬來西亞與南韓。相關數據請參考表7、表8 及圖4。從近期國際各大展覽如TMTS、SIMTOS及CCMT其主題多聚焦於數位轉型、綠色轉型、人工智能、先進製造等，這些趨勢亦代表著工具機產業在面對新的挑戰和機遇時所採取的策略和技術方向。在各展會期間，工具機公會拜會日本(JMTBA)、韓國(KOMMA)、中國(CMTBA)等國際公協會，各方代表均看好2024年全球工具機市場發展，特別是中國在經濟重啟的政策帶動之下，將推展工業領域設備更新實施方案，將帶動整體工具機市場需求。隨著全球對於氣候變化和能源效率的關注不斷增加，在電動車、新能源和航太領域等應用領域設備需求前景可期。日本工具機工業會(JMTBA)近日發佈工具機統計速報顯示，日本在2024年第一季訂單總額為3,608億日圓，較2023年第一季減少8.5%，3月份單月訂單總額1,356億日圓，較2023年同月減少3.8%。

2024年1-2月台灣工具機進出口統計：出口總額3.37億美元，較去年同期減少16.8%；進口總額7,405萬美元，較去年同期減少25.9%。2024年1-2月台灣工具機關鍵零組件進出口統計：出口總額2.13億美元，較去年同期減少7.9%；進口總額2,597萬美元，較去年同期減少13%財政部關稅總局公布2024年2月份海關進出口貿易統計初步值，經台灣工具機暨零組件工業同業公會整理：2024年2月工具機出口金額1.43億美元，相較今年1月減少26.3%，較去年同(2)月則減少14.9%。其中，金屬切削工具機2024年2月出口金額約1.13億美元，相較今年1月出口減少30.8%；金屬成型工具機2024年2月出口金額約2,972美元，則較今年1月減少2.6%。2024年1-2月工具機累計出口金額為3.37億美元，較2023年同期減少16.8%。其中，金屬切削工具機出口累計金額為2.77億美元，較去年同期減少21.2%，金屬成型工具機出口累計金額為6,022萬美元，較去年同期成長11.2%。2024年1-2月工具機出口前十大國家依進口金額排序為中國(含香港)、美國、土耳其、印度、越南、荷蘭、德國、南韓、泰國及馬來西亞。相關數據請參考表1、表 2 及圖 1。2024年2月工具機進口金額2,676萬美元，相較今年1月份減少43.4%，較去年同(2)月則減少47.8%。其中，金屬切削工具機2024年2月進口金額約1,843萬美元，相較今年1月進口減少49.9%；金屬成型工具機2024年2月進口金額約833美元，則較今年1月減少20.9%。2024年1-2月工具機累計進口金額為7,405萬美元，較2023年同期減少25.9%。其中，金屬切削工具機進口累計金額為5,521萬美元，較去年同期減少28.1%，金屬成型工具機進口累計金額為1,885萬美元，較去年同期減少18.5%。2024年1-2月工具機進口前十大國家依進口金額排序為日本、中國(含香港)、德國、瑞典、美國、瑞士、以色列、義大利、南韓及泰國。相關數據請參考表3、表4 及圖2。工具機關鍵零組件包含工作物夾持器、分度頭或其他工具機特殊配件、金屬切削工具機零件及附件、金屬成型工具機零件及附件、滾珠螺桿、線性滑軌。從工具機關鍵零組件單月出口表現來看，2024年2月工具機關鍵零組出口金額8,558萬美元，相較今年1月份減少32.8%，較去年同(2)月則減少25.7%。2024年1-2月工具機關鍵零組出口累計出口金額為2.13億美元，較2023年同期減少7.9%。2024年1-2月工具機關鍵零組件主要出口國來看，中國(含香港)、美國、日本、印度、荷蘭、南韓、德國、義大利、泰國與越南。相關數據請參考表5、表6 及圖3。就工具機關鍵零組件單月進口表現來看，2024年2月工具機關鍵零組進口金額為1,074萬美元，相較今年1月減少29.5%，較去年同(2)月則減少35.6%。2024年1-2月工具機關鍵零組出口累計進口金額為2,597萬美元，較2023年同期減少13%。2024年1-2月工具機關鍵零組件主要進口國來看，中國(含香港)、日本、義大利、德國、美國、英國、瑞士、西班牙、馬來西亞與南韓。相關數據請參考表7、表8 及圖4。因受2月份春節假期工作天數較少影響，使得工具機及相關零組件進出口表現未如預期。觀察主要進出口市場表現，中國在去年各主要經濟體面臨通膨問題時，反而陷入通貨緊縮危機，導致整體出口持續衰退，內需不足也造成進口表現疲弱，同時加劇中國可能邁入通貨緊縮的擔憂。反觀市場表現熱絡的印度與越南，在地緣緊張局勢促使供應鏈分散佈局的情況下，印、越兩國透過人口紅利降低成本、龐大需求與供應商機、投資政策支持和製造技術提升等優勢，成為國際製造供應鏈分散佈局的熱門選擇，市場需求亦展現爆發的成長力。 

2024年1月台灣工具機進出口統計：出口總額1.94億美元，較去年同期減少18.2%；進口總額4,730萬美元，較去年同期增加9.3%。2024年1月台灣工具機關鍵零組件進出口統計：出口總額1.27億美元，較去年同期成長9.8%；進口總額1,523萬美元，較去年同期成長15.8%財政部關稅總局公布2024年1月份海關進出口貿易統計初步值，經台灣工具機暨零組件工業同業公會整理：2024年1月台灣工具機出口金額近1.94億美元，相較2023年12月份減少7.1%，較2023年同(1)月份則減少18.2%。其中，金屬切削工具機2024年1月出口金額為1.63億美元，相較2023年12月份出口減少7.1%，較去年同期減少20.2%；金屬成型工具機2024年1月出口金額為3,050萬美元，則較2023年12月份減少6.7%，較去年同期減少4.9%。2024年1月台灣工具機出口前十大國家依出口金額排序為中國(含香港)、美國、土耳其、印度、荷蘭、南韓、越南、德國、馬來西亞及日本。相關數據請參考表1、表 2 及圖 1。就工具機進口統計來看，2024年1月台灣工具機進口金額為4,730萬美元，相較2023年12月份增加8.9%，較2023年同(1)月份則是減少9.3%。其中，金屬切削工具機2024年1月進口金額為3,678萬美元，相較2023年12月份進口減少0.8%，較去年同期增加20%；金屬成型工具機2024年1月進口金額為1,052萬美元，相較2023年12月份增加65.3%，較去年同期減少16.7%。2024年1月台灣工具機進口前十大國家依進口金額排序為日本、中國(含香港)、美國、以色列、德國、義大利、泰國、南韓、奧地利及瑞士。相關數據請參考表3、表4 及圖2。工具機關鍵零組件包含工作物夾持器、分度頭或其他工具機特殊配件、金屬切削工具機零件及附件、金屬成型工具機零件及附件、滾珠螺桿、線性滑軌。從台灣工具機關鍵零組件單月出口表現來看，2024年1月工具機關鍵零組出口總額為1.27億美元，相較2023年12月出口總額為1.26億美元，微幅成長0.7%，較2023年同(1)月份出口總額為1.16億美元，成長9.8%。2024年1月工具機關鍵零組件主要出口國來看，中國(含香港)、美國、日本、印度、荷蘭、南韓、德國、義大利、泰國與越南。相關數據請參考表5、表6 及圖3。以台灣工具機關鍵零組件單月進口表現來看，2024年1月工具機關鍵零組進口總額為1,523萬美元，相較2023年12月進口總額為1,448萬美元，成長5.2%；較2023年同(1)月份進口總額為1,315億美元，成長15.8%。。2024年1月工具機關鍵零組件主要進口國來看，中國(含香港)、日本、義大利、德國、美國、英國、瑞士、西班牙、馬來西亞與南韓。相關數據請參考表7、表8 及圖4。受地緣政治、中國大陸經濟低迷及各主要國家通膨等變因，使得全球製造業短期需求尚未有起色，亦反應在各工具機主要生產國之出口表現。從日本工具機工業會(JMTBA)公布最新統計數據來看，2024年1月份日本工具機訂單金額約1,109億日圓，較去年同月減少14.1%。其中，日本工具機內銷訂單額為305億日圓，較去年同期減少29.7%；外銷訂單額近804億日圓，較去年同期減少6.2%。儘管全球景氣有所波動，但考慮到工具機剛性需求的特性，以及各國積極因應淨零碳趨勢所推動的綠能產業，可以預見這將繼續影響市場對工具機的消費需求。

Globalization remains the cornerstone of YCM's strategy. With our relocation to Kunshan, China, we're thrilled to announce the official opening of YCM China. We aim to continue our dedicated efforts in cultivating the local market, aligning closely with customer needs, and delivering superior services to you. As we commemorate this pivotal moment, we're dedicated to unity within the YCM family, enabling every member - employees, customers, and partners - to partake in the joy of our collective achievements.Let's Make it Better, Together! Introducing the Grand Opening of YCM China

為什麼代理商更青睞龍門型自動高速帶鋸機？一場與傳統鋸床的全面對決隨著製造業的發展，企業對生產設備的要求不斷提升，其中鋸床的選擇至關重要。近年來，龍門型自動高速帶鋸機成為代理商偏好的選擇，原因在於其技術優勢和操作效率的顯著提升。龍門型機器以高速運行和自動化操作脫穎而出，能夠在短時間內完成大量高精度的切割任務，極大提高生產效率。對於需要高精度和高產量的企業來說，這種機器是最佳選擇。相比之下，傳統鋸床操作繁瑣、速度較慢、精確度不足，難以滿足現代製造業的需求。隨著智慧製造和自動化技術的普及，市場需求轉變，企業更傾向選擇自動化、操作簡便且維護成本低的設備，而龍門型自動高速帶鋸機正好滿足這些需求。本文將深入探討龍門型自動高速帶鋸機的技術優勢、與傳統鋸床性能比較，為代理商提供參考，做出更明智的決策。龍門型自動高速帶鋸機的技術優勢龍門型自動高速帶鋸機在現代製造業中逐漸成為焦點，主要是因其卓越的技術優勢。1.      高速運轉和自動化是最顯著特點。憑借先進的伺服電機和精密導軌系統，確保高速鋸切的穩定性和鋸切精度，同時降低人力成本和操作失誤的風險。2.      龍門型自動高速帶鋸機，搭配先進控制器，可精確鋸切，滿足高精度需求，並因高剛性結構和高品質材料，展現高速鋸切時的穩定性和順暢性。3.      自動化操作節省了人力成本，同時搭配高速鋸切，提高生產效率。總括來說，龍門型自動高速帶鋸機的技術優勢，不僅提升了生產效率和產品表現，還幫助企業在競爭激烈的市場中保持領先地位。選擇先進的鋸床，代理商既能滿足客戶需求，也提升自己的市場競爭力。傳統鋸床的特點與限制傳統鋸床在製造業中歷史悠久，因結構簡單和低成本而受到企業青睞。然而，隨著製造技術進步，其缺點逐漸顯現。1.      操作繁瑣，需依賴大量人工操作。操作員須手動調整鋸切參數與頻繁監控，增加人力成本且易導致品質不穩定，難以滿足現代高效生產需求。2.      精準度和穩定性低，由於其設計和技術上的限制，長時間運行後容易出現精度下降和穩定性不足，進而影響產品品質。3.      維護成本和停機時間高，機器的結構設計較為簡單，零部件磨損較快，需頻繁維修和更換，增加維護成本和停機時間。總括來說，傳統鋸床在現代製造業面臨多重挑戰，企業需考慮引入更先進設備，如龍門型自動高速帶鋸機，提升生產效率和產品品質。性能比較：龍門型自動高速帶鋸機 vs 傳統鋸床在選擇鋸床時，了解龍門型自動高速帶鋸機與傳統鋸床之間的性能差異是重要的。這兩種機器在運轉速度、操作簡便性、自動化程度和成本效益等方面存在顯著差異。1.      運轉速度和效率方面：龍門型自動高速帶鋸機明顯優於傳統鋸床。龍門型機器採用先進的伺服電機和精密導軌系統，能在高速鋸切中保持穩定，提高鋸切效率。而傳統鋸床的運行速度較慢，難以滿足現代製造業對高效率需求。2.      操作簡便性和自動化程度方面：龍門型自動高速帶鋸機，配備自動化控制系統，操作員只需進行簡單的設定和監控，大幅減少人力需求和操作誤差風險。而傳統鋸床需要依賴大量人工操作，操作繁瑣且易出錯。3.      成本效益方面：龍門型自動高速帶鋸床的投資成本較高，但效能高且低維護成本，在長期運行中具有更高的性價比。傳統鋸床投資成本較低，但高頻率維護成本和生產效率較低，使其總體效益不如龍門型機器。綜上所述，龍門型自動高速帶鋸機在運轉速度、操作便利性、自動化程度和長期成本效益等方面均優於傳統鋸床。對於追求高效率、高品質生產的企業，選擇龍門型自動高速帶鋸機是睿智的決策。代理商的觀點：選擇龍門型自動高速帶鋸機的原因作為鋸床代理商，推廣龍門型自動高速帶鋸機有許多原因。1.      其先進技術和卓越性能，不僅滿足市場需求，亦滿足客戶對高效、高精度鋸切的需求，提升生產效率和產品品質，贏得客戶信任。2.      高性能鋸床提高代理商的市場競爭力，擴大市場份額，增加營業收入。3.      供應商提供的全面售後服務和技術支援，也讓代理商有信心推廣產品，確保客戶滿意度和長期合作。簡言之，代理商選擇推廣龍門型自動高速帶鋸機，基於市場需求和競爭考量，也出於對產品性能和售後服務的信心。這種先進設備的推廣，不僅滿足客戶需求，還能提升代理商自身的市場競爭力及業務發展。龍門型自動高速帶鋸機的未來發展趨勢隨著製造業的不斷發展和技術的持續進步，龍門型自動高速帶鋸機在未來將迎來更多的發展機遇和挑戰。1. 隨著智慧製造和自動化技術不斷成熟，龍門型自動高速帶鋸機將會更加智慧化和自動化，提升生產效率和產品品質。2. 隨著製造業對高精度、高效率生產需求的增加，龍門型自動高速帶鋸機的應用範圍將會逐漸擴大，涵蓋更多行業和應用領域。3. 隨著綠色製造理念的普及，龍門型自動高速帶鋸機在節能減排和資源利用方面將會得到更多的關注和應用，成為推動製造業綠色轉型的重要工具之一。龍門型自動高速帶鋸機將會在未來的製造業中扮演著更加重要的角色，其先進技術和優越性能將為製造業發展帶來更多的機遇與挑戰。身為製造業的一員，我們應該密切關注龍門型自動高速帶鋸機的發展動向，不斷學習和創新，以應對未來的市場競爭。想了解更多，請洽新虎將專業團隊，您可以通過以下方式與我們聯繫：TEL：886-4-26836919，E-mail：GT@gentiger.com.tw。我們將竭誠為您提供更多關於龍門型自動高速帶鋸機的資訊和解決方案。

新虎將機械的品牌形象重塑品牌形象重塑的背景與動機在企業發展過程中，品牌形象的塑造和維護是相當重要。對於新虎將機械而言，進行品牌形象的重塑並不僅是一個表面性的改變，而是對企業內在價值和外在形象的重新定位。l   背景：新虎將機械成立於1995年，在過去的30年間，其品牌形象在過去的歲月中已經建立起來。然而，隨著市場競爭的日益激烈和消費者需求的不斷變化，公司意識到現有品牌形象已經無法完全貼合當下的市場環境和消費者喜好。因此，進行品牌形象的重塑成為了必然的選擇。l   動機：品牌形象重塑並非一蹴即成，而是來自於對企業未來發展的思考和對市場趨勢的洞察。新虎將機械意識到，通過重塑品牌形象，不僅可提升企業的市場競爭力，增強品牌知名度和吸引力，擴大市場占有率，更可實現企業的永續發展。同时，品牌形象的重塑也對公司內部文化和價值觀進行強化，有助於凝聚員工向心力，推動企業向更高層次發展。 公司logo更新的設計理念與過程新虎將機械logo進行更新的設計過程中，我們突破原有框架，以凸顯企業的創新思維和核心價值。以下是我們的設計理念和過程：l   設計理念：設計靈感源自於叢林之王「老虎」，以其凝視獵物的側臉為主要設計特點。此設計象徵企業具有獨特的創新思維和旺盛的企圖心，如虎嘯般的氣勢展現了企業的高速感和精準鎖定目標的能力。希望通過這個設計，展現新虎將機械迅速掌握市場以及產品高速、高精度的特性。另外，選擇了「森林綠」顏色來強化企業對環保和永續發展的重視，並扣全球製造業最關切的環保與減碳議題，體現了企業對於友善環境的承諾和努力。l   結構分析：新虎將機械的logo構圖簡潔俐落，代表著企業對於效率和品質的精準控管。所有的斜切面延伸出的灰色結構線都不是單一的一條，這代表著我們提供多元的解決方案來滿足客戶的多方需求。而唯有綠色結構線是獨一的，且在最前端，這象徵著我們以不同角度的思維來突破框架，並持續追求創新，為客戶提供如虎添翼的效能，這正是新虎將機械公司的核心價值和目標所在。 品牌形象重塑對市場和消費者的影響品牌形象的重塑對於市場和消費者有著深遠的影響，特別是當一家企業在產業中已建立了一定的知名度。對於新虎將機械而言，品牌形象的重塑對市場和消費者的影響，主要影響面如下：l   品牌聲譽的提升： 通過品牌形象的重塑，新虎將機械提升在市場上的企業品牌形象。一個更新的企業形象給人積極、活力和創新的印象，進而強化消費者對該品牌的信任度和好感度。 l   產品市場地位的提升： 品牌形象的重塑不僅是在視覺上的更新，更是對企業文化、價值觀和產品特性的重新定位。通過這個重新定位，新虎將機械能更加地突顯自身的產品特點和優勢，進而贏得更多的市場關注。 l   消費者期待的提升： 消費者對於品牌的期待往往與品牌形象密切相關。更新的品牌形象能吸引更多消費者的關注並引發好奇心，進而激發購買欲望。此外，一個積極向上的企業品牌形象也會讓消費者更願意與之建立長期的合作關係。 l   市場競爭力的提升： 在競爭激烈的市場環境中，品牌形象的重塑能幫助企業提升市場競爭力，讓企業在競爭對手中脫穎而出，吸引更多的消費者和合作夥伴，提升市場占有率。 總而言之，品牌形象的重塑對於新虎將機械是一個重要的策略，不僅能夠提升企業的市場競爭力，還能增強消費者對品牌的認可和信任，進而推動企業的永續發展。 宣傳和推廣策略：如何有效地推廣新的品牌形象對於新虎將機械而言，有效宣傳推廣新的品牌形象是確保品牌形象重塑成功的關鍵。以下為現有的推廣策略，有助於新虎將機械在市場上建立良好的品牌形象，提升品牌知名度，吸引更多的潛在客戶和合作夥伴。1.      品牌形象宣傳活動： 新虎將機械將在各大社群媒體平台上建立品牌形象曝光活動。透過定期發佈有趣、引人入勝的產品特點以及企業文化，吸引消費者的關注。此外，結合短影片、圖片等形式，增加和消費者互動，來提升品牌曝光度。 2.      舉辦活動和展覽： 新虎將機械主辦或參加相關產業的展覽和活動，如產品發表會、世界各地之工具機等機械設備展等。在展覽期間，不僅展示新虎將機械的最新產品，最先進的技術解決方案之外，也發放含有品牌形象的公關贈品，吸引更多的參觀者。展覽結束後，通過社群媒體平台分享展覽現場的照片與影片，延續活動的影響力，擴大品牌曝光度。 3.      與公會合作： 新虎將機械將積極與工會合作，如參與TMBA的MTB2B平台。通過與公會合作，可以與更多的同產業的企業及專業人士交流，擴大品牌影響力。同時，通過公會舉辦的活動，分享新虎將機械的最新技術和產品資訊，提升品牌在產業內的知名度。 透過品牌形象的重塑，新虎將機械展現對未來的堅定信心。不僅是對公司歷史的肯定，更是對市場趨勢和消費者需求的洞察。通過與公會的合作、品牌形象的宣傳和推廣策略的落實，新虎將機械將在競爭激烈的市場中樹立起自己獨特的品牌風貌。 隨著新的品牌形象在市場上的逐漸鞏固，我們將繼續以創新的產品、專業的服務和負責任的態度，贏得更多客戶/代理商的信賴與支持。我們堅信，通過不懈的努力和持續的創新，新虎將機械將在未來的道路上蓬勃發展，成為產業的佼佼者，為企業和社會帶來雙贏的局面。

Grinding machines are indispensable and important equipment in modern industrial production, especially in fields that require high-precision and high-efficiency processing. They mainly use grinding wheels to grind the material surface and remove excess material to achieve the required shape and size. Grinding machines play a key role in a variety of industries, including aerospace, automotive manufacturing, mold making, electronics and medical devices.With the continuous advancement of technology, the application scope and technical characteristics of grinding machines are also constantly expanding and upgrading. Modern grinding machines not only significantly improve precision and efficiency, but also incorporate automation and intelligent technologies, greatly improving production efficiency and processing quality.1. Basic concepts of grinding machinesA grinder is a mechanical device that uses a grinding wheel to grind the surface of a workpiece. Its main purpose is to remove excess parts of the surface of the material so that it reaches the required shape and size. Grinding machines have a wide range of applications, from plane machining to cylindrical machining, to internal circle and centerless machining, and can meet the needs of different industrial fields. The main components of a grinding machine include the bed, worktable, grinding wheel head, feed system and cooling system. Each part has a vital impact on the quality and efficiency of grinding processing.Early grinding machines mainly relied on manual operation. With the introduction of electrical technology and CNC technology, modern grinding machines have achieved a high degree of automation and intelligence. These technological advancements not only improve processing accuracy and efficiency, but also greatly reduce the difficulty of operation and expand the application scope of grinding machines.2. Application of grinding machines in different industrial fieldsGrinding machines have a wide range of important applications in modern industry, covering many key areas. In the aerospace industry, grinding machines are used to machine high-precision parts, such as turbine blades and fuselage structural parts, which require extremely high precision and surface quality. In the automobile manufacturing industry, grinding machines are used to process key components such as engine parts and transmission gears to ensure the stability and reliability of their operation. The mold manufacturing industry relies heavily on grinders to process high-precision molds, which directly affect product quality and production efficiency.3. Future Trends of Grinding Machine TechnologyGrinding machine technology is developing rapidly in the direction of automation and intelligence. Modern grinding machines are increasingly integrating automated control systems and intelligent monitoring functions, which not only improves production efficiency, but also reduces manual intervention and ensures machining accuracy. In addition, the application of machine learning and artificial intelligence enables grinders to automatically adjust processing parameters to further improve processing quality and efficiency.Environmental protection and energy saving are also important trends in the development of grinder technology. As environmental protection regulations become increasingly stringent, companies' demand for energy-saving and emission-reducing equipment is growing. Grinding machine manufacturers have launched products with low energy consumption and high performance to meet market demand. For example, PROTH launched PSGC-50100E form grinding machine is an advanced equipment designed with environmental protection and high efficiency as its core. This grinder uses linear guideways and longitudinal belt-drive systems to replace traditional hydraulic energy consumption while ensuring efficient and stable operation. The unique rotating head design can flexibly adjust the angle to meet diverse processing needs and improve your production efficiency. And the PSGC-50100E has the characteristics of high-speed silent operation, which can maintain low noise levels whether during high-load operation or fine processing, creating a quieter and friendly working environment.In the future, grinding machine technology will continue to innovate and progress in aspects such as automation, intelligence, environmental protection and new material applications. Agents need to pay close attention to these trends and choose products with advanced technology and environmental protection standards to meet the changing needs of customers and enhance competitiveness.4. ConclusionGrinding machines play a vital role in modern industry, with applications ranging from aerospace, automotive manufacturing, mold manufacturing, electronic equipment and medical equipment. Understanding the structure, function and application of grinders in various industries can help companies choose the most suitable equipment and improve production efficiency and product quality.When purchasing a grinder, dealers need to consider several key factors to ensure they choose a product that meets customer needs and remains competitive in the market. Brand and after-sales service are also factors that cannot be ignored. Choosing a grinder with a good brand reputation and strong after-sales support can ensure the long-term stable operation of the equipment and provide customers with necessary technical support.In the future, grinding machine technology will continue to develop in the direction of automation, intelligence, environmental protection and high efficiency. Agents and enterprises should pay close attention to market trends and choose grinding machines with advanced technology and environmental protection standards to meet changing market demands. By having an in-depth understanding of grinding machine technology and its applications, companies can remain competitive in a highly competitive market and achieve sustainable development. Choosing the right grinding machine equipment and performing proper maintenance and upkeep are the keys to ensuring efficient and stable production operations. Contact us today to learn more about grinding machine expertise!  https://www.proth.com.tw/cht/contactus

 Just add a Twin Spindle on the side, make it a BML-600TY!Equipped with a lightweight Y-axis and directly driven by a servo for high positioning accuracy,The sub-spindle can pick the workpiece directly from the main spindle by programming, allowing for machining of the other side of the workpiece.This saves machining time as the spindle does not stop for loading/unloading the workpiece.

Why is Choosing the Right Five-Axis Machining Center Crucial?In today's highly competitive manufacturing industry, selecting the right five-axis machining center is essential. Five-axis capabilities significantly improve product quality and production efficiency, particularly in cutting complex parts where multiple-sided machining can be completed in a single setup, reducing the time from design to production. Additionally, five-axis machining centers reduce the number of workpiece clamping operations, enhance machining accuracy, and minimize the need for secondary machining, thereby greatly increasing efficiency. Moreover, their high dynamic performance enables efficient processing of hard materials, crucial for industries such as aerospace and automotive. Choosing the most suitable five-axis machining center is not only a technical investment but also a strategic decision, directly impacting a company's competitiveness and market responsiveness.Basic Principles and Advantages of Five-Axis Machining CentersFive-axis machining centers are high-precision manufacturing tools suitable for processing complex parts. They operate on five independent axes, allowing tools to contact workpieces from multiple angles, achieving multi-sided machining in a single setup, which is more efficient than traditional three-axis machines. Five-axis technology enhances machining efficiency and accuracy, reduces workpiece repositioning time, and provides uniform cutting loads, prolonging tool life. These machines possess greater flexibility and scalability, capable of handling more complex tasks, such as aerospace components and precision molds. This makes five-axis machining centers an ideal choice for improving product quality and manufacturing capabilities.Identifying Your Manufacturing NeedsDetermining the appropriate five-axis machine based on product type, material, and precision requirements is a crucial step. Firstly, consider the type and size of parts to be processed to determine the required worktable size and machining travel. Secondly, material selection impacts machine choice, as different materials require different cutting speeds and tools. Lastly, precision requirements are another key factor, considering the complexity of part shapes and surface accuracy to ensure the machining center meets the required precision standards. Considering these factors comprehensively can help you determine the most suitable five-axis machining center for your manufacturing needs, thereby improving production efficiency and product quality.Selecting a Five-Axis Machining CenterThere are many different brands and models of five-axis machining centers on the market, which can be confusing to choose from. Before making a selection, it's essential to understand the main brands and models available in the market. This includes understanding the technical features of each brand, comparing the performance and prices of different brands and models, and ensuring there is sufficient space and facilities to install and operate the machine. With this information, you can narrow down the selection to several models that are most likely to meet your needs. The focus of selecting a machining center should be on performance, reliability, and customer service. Performance includes processing speed, accuracy, and workpiece size, which directly affect machining efficiency and quality. Reliability relates to the stability and lifespan of the machine, while customer service includes after-sales service, maintenance, and training to ensure timely support and maintenance after purchase. Considering these factors can help you choose the most suitable five-axis machining center to meet your needs and maximize your production goals.Considerations for Return on InvestmentConsidering the return on investment is also essential when choosing a five-axis machining center, requiring a comprehensive evaluation of the machine's cost-effectiveness, including purchase price, operating costs, and maintenance expenses. In addition to the purchase price, operating costs include energy consumption, operator wages, and consumables. Maintenance costs refer to the cost of machine maintenance and repair, which are factors that need to be considered.Furthermore, long-term investment returns of the machine should be evaluated. This includes not only current market demand but also future market development trends and technological advancements. Further consideration of the machine's production capacity and efficiency, efficient machines can shorten processing time, improve product accuracy and quality, and thereby enhance overall production efficiency and output. Purchasing high-tech machines can ensure maintaining a competitive edge in the future, avoiding the cost burden of frequent equipment updates and providing a higher return on investment. Therefore, choosing a machine that maximizes production efficiency and reduces production costs is crucial for improving business profitability.Five-Axis Machining Centers Bring Competitive AdvantagesChoosing the right five-axis machining center is crucial for future business success. This decision not only affects production efficiency and product quality but also directly impacts a company's competitiveness and long-term development. Therefore, users should carefully consider their needs and market trends when making choices to make wise decisions. Additionally, it's important to recognize that choosing a five-axis machining center is a strategic investment that requires comprehensive consideration of cost-effectiveness, technical performance, and business requirements. Before purchasing, it is recommended to communicate with multiple suppliers, compare the advantages and disadvantages of different brands and models, and ensure negotiated after-sales service and warranty terms. Ultimately, choosing the right five-axis machining center will bring long-term success and competitive advantage to the enterprise, helping it stand out in an increasingly competitive market.

FEELER continuously enhances its technology and performance to meet the evolving market demands in high-speed cutting, precision machining, and mold manufacturing. The VMX series boasts outstanding processing efficiency, precise machining accuracy, and operational convenience, providing customers with excellent machining experiences and production efficiency.Direct Drive SpindleThe VMX series vertical machining centers feature a direct drive spindle system, where the motor is directly linked to the spindle system. This design minimizes vibration and heat generation compared to traditional belt-driven spindles, resulting in enhanced machining surface accuracy and prolonged spindle lifespan. Compared to the previous generation, the spindle speed has increased by 20%, with a 6% torque increase. This enhancement enables faster material removal during machining, significantly improving processing efficiency and production capacity.Rigidity Structure and Precision MachiningThe machine exhibits exceptional rigidity structure and precision machining capabilities. Its integrated spindle head design and A-shaped column base reinforcement provide superior stability and rigidity, optimizing machining accuracy and reliability. Finite element analysis ensures the best structural rigidity, precision, and reliability. The VMX series excels not only in high-speed cutting but also in meeting stability requirements under various machining conditions. Additionally, the machine's use of linear guides maintains high machining accuracy while offering rapid machining advantages.Tool Change System and Operational ConvenienceThe VMX series implements intelligent and efficient designs in its tool change system, enhancing operational convenience and production efficiency. Utilizing a quick and stable tool arm-style tool change system enables rapid tool changes, boosting production efficiency. Furthermore, the streamlined large window design allows operators to easily observe machining conditions inside the machine, facilitating convenient operation and monitoring.Chip Removal Design and Internal CleaningComprehensive optimization of chip removal design and internal cleaning ensures stability and efficiency during machining. The series adopts a chip removal groove design with increased slope and a powerful chip flushing device, ensuring smooth chip removal and preventing blockages and accumulations, maintaining cleanliness in the machining area, and further enhancing machining stability and accuracy.Aesthetic Design and Overall IntegrityThe machine prioritizes aesthetics and overall integrity in its design, offering customers a visually appealing choice in addition to excellent performance. The streamlined large window design provides clear visibility of the machine's internal machining conditions, adding modern and technological aesthetics. Additionally, the use of stainless steel material at the lower edge of the front door enhances the appearance and durability, contributing to an overall elegant and damage-resistant design. Moreover, the specially added beauty backplate enhances the machine's rear aesthetics, adding to its overall professionalism.FEELER Green Manufacturing and Sustainable FutureAmidst global attention to issues such as climate change and economic growth, sustainable development goals have become a global focus. FEELER actively develops green machine tool products, providing process optimization, green energy-saving, and intelligent maintenance to enhance production efficiency and achieve sustainable development goals.VMX Series: Efficient and High-Precision Production ToolThe VMX series vertical machining centers excel not only in processing efficiency, precision, and stability but also in improving operational convenience and aesthetics, providing customers with all-round high-quality products. These technological and design optimizations not only enhance production efficiency but also reduce production costs while improving the company's image and competitiveness. Considering its outstanding performance and flexible application, the VMX series vertical machining center is undoubtedly your best choice. For any inquiries or further information about our products, please feel free to contact us at www.feeler.com.

IntroductionTurret milling machines are versatile tools in the machining industry, known for their ability to perform a wide range of cutting operations. Central to their functionality are the turret milling heads, which define the capabilities and the precision of machining operations. This article explores the differences between "stepped speed" and "variable speed" milling heads and provides guidance on how to select the right one for specific machining needs, with a focus on the offerings from Yih Kuan.What are Turret Milling Heads?Turret milling heads are the part of the turret milling machines where the tool is mounted. They allow the tool to move vertically, horizontally, or at any angle, enabling complex cutting tasks. The choice between different types of milling heads can impact the machine’s versatility, speed, and precision.Stepped Speed vs. Variable Speed Turret Milling HeadsStepped Speed Turret Milling HeadsDefinition and Characteristics: These milling heads operate at predefined speed ranges set by the manufacturer. Speed changes are achieved through a geared mechanism, requiring manual adjustment to shift between different speed settings.Advantages: Provides reliable and stable speed options, typically cost-effective and easier to maintain due to simpler mechanical designs.Variable Speed Turret Milling HeadsDefinition and Characteristics: These heads allow operators to adjust the spindle speed continuously within a range, usually through a dial or a digital interface. This adjustment is done without steps, offering seamless transitions.Advantages: Greater flexibility and precision, allowing the operator to fine-tune the spindle speed based on the material being machined and the type of operation being performed.Choosing the Right Turret Milling HeadChoosing the appropriate turret milling head depends heavily on the specific requirements of your manufacturing environment. Here are some detailed considerations:Assessing NeedsMaterial Types:Soft Materials (Aluminum, Brass, Plastics): Soft materials often require higher spindle speeds to ensure clean cuts and efficient milling. Variable speed heads are ideal for these materials because they allow operators to easily adjust and fine-tune the speed to match the material properties, preventing material deformation or melting.Hard Materials (Stainless Steel, Titanium): Hard materials require lower spindle speeds but higher torque to manage the cutting forces without damaging the tool or workpiece. Stepped speed heads, with their robust gearing and stable speed settings, are typically well-suited for such tasks, as they provide the necessary power at consistent speeds.Mixed Materials: Workshops that handle a diverse range of materials might prefer variable speed heads for their adaptability, allowing operators to switch easily between high and low speeds as needed.Production Volume:High-Volume Production: Environments such as automotive or consumer goods manufacturing, where the same material and operation are repeated, often benefit from stepped speed heads. These heads are designed for longevity and consistent performance under repetitive tasks, making them cost-effective for high-volume production.Low-Volume, Custom Jobs: Specialized industries like aerospace or custom fabrication, where materials and specifications can vary greatly between projects, benefit from the versatility of variable speed heads. These allow for precise speed control and adjustments between jobs without compromising on quality.Budget Constraints:Initial Costs: Stepped speed heads are generally less expensive upfront compared to their variable speed counterparts. They offer a lower entry price, making them attractive for new or budget-conscious operations.Maintenance Costs: Consider not only the initial purchase cost but also the long-term maintenance. Variable speed heads, while more expensive upfront, may require more frequent maintenance due to their complex mechanical and electronic components. However, the ability to optimize tool life and reduce waste might offset these costs.Operational Efficiency: Evaluate the potential for increased productivity and reduced waste, which can influence the total cost of ownership. For example, variable speed heads can lead to better surface finishes and faster job turnaround times, which might justify the higher initial investment.ExamplesFabrication Shop Handling Multiple Materials: A custom job shop working with everything from soft aluminum to hard titanium would benefit significantly from a variable speed head due to the need for a wide range of speeds to match material properties.Dedicated Steel Part Production Line: A production line dedicated to cutting tough steels or other hard materials may opt for stepped speed heads to take advantage of their durability and consistent performance under demanding conditions.ConclusionThe choice between stepped and variable speed turret milling heads should align with your specific manufacturing needs. Understanding the advantages of each can significantly influence productivity and machining quality. At Yih Kuan, we specialize in providing top-quality turret milling heads tailored to meet the diverse needs of our clients. Whether you require stepped speed for consistent heavy-duty use or variable speed for flexibility in high-precision tasks, Yih Kuan is here to assist. For more information or to discuss your specific needs, please contact us.

1． **Guide: How to Recommend Efficient CNC Mill-Turn Machines for the Automotive Manufacturing Industry** In the automotive manufacturing industry, choosing the right CNC mill-turn machine is crucial because the efficiency and precision of these machines directly impact production quality and cost-effectiveness. Here are some key considerations to help agents recommend the most suitable CNC mill-turn machines for the automotive manufacturing industry: l   Understanding the Specific Needs of the Automotive Manufacturing Industry The automotive manufacturing industry has specific requirements for CNC mill-turn machines. These include high precision, high speed, and high stability in machining capabilities, as automotive parts must meet strict quality standards and production specifications. Additionally, as automotive designs become increasingly complex, CNC machines need multi-axis machining capabilities to handle intricate geometries and fine details. l   Evaluating Machine Specifications Agents should thoroughly understand the technical specifications of various CNC mill-turn machines, including spindle speed, tool change time, machining range, and precision. For the automotive manufacturing industry, high-speed, high-precision machines can significantly enhance production efficiency and reduce defect rates. Therefore, agents need to evaluate and recommend machines based on these technical indicators. l   Reliability and After-Sales Service Automotive manufacturing is highly dependent on equipment reliability. Machine stability and durability are vital, so agents should choose brands with a good market reputation and strong technical support. Additionally, high-quality after-sales service is crucial, including prompt repair responses and regular maintenance services, ensuring long-term stable operation and reducing the risk of production downtime.   2.      **Perspective: Choosing the Best CNC Mill-Turn Machine Suppliers in the Global Market** Choosing suitable CNC mill-turn machine suppliers for the automotive manufacturing industry in the global market requires in-depth analysis and careful decision-making. Here are some key steps to help agents screen and evaluate the best suppliers in the global market: l   Evaluating Technical Strength Firstly, the supplier's technical strength is a core factor in decision-making. Agents should assess whether the supplier possesses advanced technology and research and development capabilities and can provide high-precision, high-speed, and high-stability CNC mill-turn machines. The supplier's technical strength directly relates to product quality and performance, so careful evaluation is necessary. l   Confirming Product Certification and Standards In the global market, different countries and regions have various certifications and standards for machinery and equipment. Agents need to confirm whether the supplier's products meet local safety standards and quality certifications, impacting the legality of product imports and the safety and reliability of usage. l   Assessing After-Sales Service and Support After-sales service and technical support are important considerations when choosing suppliers. High-quality after-sales service ensures that machines receive timely repairs and maintenance during operation, reducing downtime and production losses. Agents should understand the supplier's after-sales service network and technical support capabilities to ensure they can meet the long-term needs of customers. l   Referencing Customer Reviews and Case Studies Agents can reference other customers' reviews and successful case studies to judge the supplier's reliability and market reputation. Successful cases and good reviews can boost the supplier's credibility, helping agents make more confident decisions.   3.       **Improving Automotive Parts Production Efficiency: How Customers Choose CNC Mill-Turn Machines** In the automotive manufacturing industry, selecting the right CNC mill-turn machine is crucial for improving parts production efficiency. Here are some key steps to help automotive manufacturing customers choose the most suitable CNC mill-turn machine: l   Analyzing Production Needs Firstly, customers need to analyze their production needs in detail, including the types of parts, machining precision requirements, batch sizes, and production speeds. These factors directly impact the required machine specifications and performance. For example, high-precision, multi-axis CNC mill-turn machines are ideal for parts requiring high precision and complex geometries. l   Evaluating Machine Performance Performance evaluation is key when choosing CNC mill-turn machines. Customers should consider technical indicators such as spindle speed, machining range, automatic tool change systems, and tool life. High-performance machines can significantly improve production efficiency, reduce production costs and defect rates, and ensure product consistency and quality. l   Considering Operational Convenience and Maintenance The operational convenience and maintenance needs of machines are also important considerations in the selection process. User-friendly machines can reduce training time and improve operator efficiency. Additionally, low maintenance needs and convenient repair services can reduce downtime and ensure continuous and stable production. l   Understanding After-Sales Service and Support Choosing suppliers with excellent after-sales service and technical support is crucial. Customers should understand whether the supplier provides comprehensive after-sales services, including installation and commissioning, operation training, regular maintenance, and emergency repairs. High-quality after-sales service ensures long-term stable operation and reduces production risks caused by machine failures.   4.       **Case Study Analysis: Application of CNC Mill-Turn Machines in the Automotive Manufacturing Industry** Case study analysis is an effective way to understand the application and effects of CNC mill-turn machines in the automotive manufacturing industry. These cases demonstrate how these machines significantly improve production efficiency and quality. l   Successful case studies showcase the significant advantages of CNC mill-turn machines in the automotive manufacturing industry, including improved production efficiency, reduced defect rates, and enhanced product quality. By applying these advanced machines, automotive manufacturers can achieve modernized and automated production, meet the ever-changing market demands, and maintain a competitive edge. Agents can use these cases to demonstrate the value and application effects of CNC mill-turn machines to potential customers, promoting sales and establishing strong cooperative relationships. 5.       **The Long-Term Investment Value of CNC Mill-Turn Machines in Automotive Manufacturing** In the automotive manufacturing industry, investing in CNC mill-turn machines is not only to address current production needs but also to achieve long-term economic benefits and competitive advantages. Here are some long-term investment values that CNC mill-turn machines bring to automotive manufacturers: l   Improving Production Efficiency CNC mill-turn machines can integrate multiple machining processes, completing turning and milling in one setup, significantly improving production efficiency. Efficient automatic tool change systems and precise numerical control technology can shorten production cycles, increase output, and meet the demand for rapid delivery. l   Reducing Production Costs High-precision CNC machines can significantly reduce defect rates, minimize r material waste, thereby lowering production costs. Additionally, the durability and stability of these machines mean fewer maintenance needs and downtime, further saving operational costs. l   Enhancing Product Quality The high-precision machining capabilities of CNC mill-turn machines ensure the consistency and quality of each part. This is crucial for the automotive manufacturing industry, as high-quality parts can improve overall vehicle performance and safety, enhance consumer confidence, and boost brand image. l   Increasing Competitiveness Investing in advanced CNC technology allows automotive manufacturers to adapt to market changes and technological challenges, maintaining a competitive edge. As automotive designs become increasingly complex, CNC mill-turn machines with multi-axis machining capabilities and flexibility can meet the growing product demands, winning more market share.The TM-1700 series of fully automated machining equipment from Taiwan LEADWELL Computer Machinery is designed to meet the needs of high-efficiency precision machining. It can quickly manufacture various industrial parts, including automotive, aerospace, and electronic products. Our advanced machines are equipped with flexible parameter settings and a variety of tool head options, making it possible to produce parts of various specifications and sizes, greatly enhancing productivity and operational efficiency.

IntroductionGantry milling machines are a cornerstone in the field of large-scale industrial manufacturing, known for their robust construction and versatility in handling diverse machining tasks. Central to their functionality are the milling heads, which define the capabilities and the precision of machining operations. This article delves into the different types of milling heads available for gantry milling machines and discusses how many heads can be installed on a single machine, enhancing its operational flexibility and productivity.Types of Gantry Milling Machine HeadsGantry milling machines can be equipped with various types of milling heads, each designed to meet specific machining needs. Here are some of the most common types:Standard Milling Head: This is the most commonly used head, capable of handling a wide range of milling tasks. It's versatile and can be used for general cutting, drilling, and milling operations.Universal Milling Head: Allows for adjustments in multiple axes, providing the ability to machine at various angles. This head is ideal for complex geometries and multi-angle cuts.High-Speed Milling Head: Designed for precision and speed, high-speed heads are perfect for fine detailing and finishing tasks that require rapid spindle speeds.Heavy-Duty Milling Head: Built to handle large and hard materials, these heads offer increased power and torque, making them suitable for heavy cutting operations.Turret Milling Head: Turret heads include multiple tooling options that can be indexed and changed, offering quick tool changes without manual intervention, thus reducing downtime and increasing efficiency.Angle Heads: These are specialized heads that allow the tool to operate at an angle relative to the workpiece, ideal for inaccessible areas or specific applications where direct vertical or horizontal machining cannot be performed.Configuration Flexibility: How Many Heads Can a Gantry Milling Machine Install?The versatility of a gantry milling machine not only lies in its size and power but also in its ability to accommodate multiple heads. Depending on the size and design of the gantry milling machine, several configurations are possible:Single Head Setup: Most basic gantry mills are equipped with one milling head, suitable for straightforward, singular machining processes.Dual Head Configuration: More advanced machines can be fitted with two heads, either of the same type for parallel processing or different types for performing distinct operations simultaneously. This setup is particularly useful for increasing production rates and offering more versatility in machining. Common dual head configurations include:Standard Milling Head and Specialized Milling Head:This configuration includes a standard milling head, which is suitable for general milling operations.The other head might be a specialized milling head, such as an Angular Milling Head, used for machining at specific angles, or other specialized applications.Standard Milling Head and High-Speed Milling Head:One head is a conventional milling head, suitable for most standard operations.The other is a high-speed milling head, particularly suited for tasks requiring high precision and high surface quality, often used in high-speed cutting (HSC).Standard Milling Head and Heavy-Duty Milling Head:One head is used for regular machining, while the other is designed for heavy-duty applications, featuring higher torque and power, specifically for handling harder or larger materials.Two Universal Milling Heads:In this configuration, both milling heads are universal, capable of flexibly handling a variety of machining needs; each head can perform independent, multi-axis operations.Multiple Head Systems: Some specialized gantry milling machines can accommodate three or more heads, significantly expanding their capability to perform complex and varied tasks in a single setup. This configuration is ideal for high-volume production environments where different processes need to be executed quickly and simultaneously.ConclusionChoosing the right combination of milling heads for a gantry milling machine significantly enhances its versatility and productivity. Whether it involves combining a standard milling head with a high-speed head for precision work, or pairing a standard head with a heavy-duty head for tougher materials, the right setup can vastly improve the output and efficiency of machining operations.At Yih Kuan, we specialize in manufacturing a wide range of milling heads designed to meet various industrial needs. Our expertise ensures that each product is crafted with precision and designed to deliver top performance. We understand that selecting the right milling head can be complex, which is why our team is always ready to provide expert advice and support.If you have any questions about milling heads or need assistance in choosing the best configuration for your operations, please do not hesitate to contact us. We are here to help you enhance your manufacturing capabilities with our high-quality and reliable products.

 HIT Ultrasonic @ TMTS 2024 | Advanced-Material Machining Solution Modules TMTS 2024 (Taiwan International Machine Tool Show) concluded successfully after five days (3/27 to 3/31) of exhibition activities!This year's event, themed "Dual Axis (Digital Transformation - DX and Green Transformation - GX) Intelligent Manufacturing," attracted nearly 70,000 visitors from both domestic and international sectors, making it a lively and prosperous event with booming popularity and abundant business opportunities throughout the event. 【HIT@TMTS 2024: Visiting Crowd at HIT Booth】(Figure 1. Hantop Intelligence Tech. exhibitted in TMTS 2024)(Figure 2. Continuous flow of visitors came to HIT booth to learn more about ultrasonic-assisted machining products during TMTS 2024)At this year's event, in addition to showcasing Ultrasonic-assisted Machining Module products, HIT also introduced new products set to be launched soon this year. These include the Ultrasonic Wafer Grinding Spindle, BT30 Ultrasonic Direct-Drive Spindle, and CNC On-machine 2D Visualization Tool Dynamic Measurement Instrument, catering to the processing applications of hard and brittle materials such as ceramics, glass, as well as heat-resistant alloys and hard steels.Over the five days of the exhibition, there was a continuous flow of visitors to the HIT booth.  These new products were not only displayed at the HIT booth but also showcased in collaboration with major well-known business partners, attracting even more interested individuals to learn about them. 【HIT@TMTS 2024: Display Ultrasonic Products in Cooperation with Business Partners】We would like to express our gratitude to Tongtai Machine & Tool Co. for collaborating with HIT at this year's event to showcase the CNC On-Machine 2D Visualization Tool Dynamic Measurement Instrument, providing customers with a more comprehensive tooling solution.(Figure 3. HIT displayed new product - CNC on-machine 2D visualization tool dynamic measurement instrument in collaboration with Tongtai Machine & Tool Co.)We extend our thanks to Falcon Machine Tools Co. (Chevalier) for their collaboration with HIT at this year's event, demonstrating the integration of HIT Ultrasonic-assisted Machining Module with its vertical machining center machine, particularly focusing on grinding solutions for semiconductor materials such as Silicon Carbide (SiC).(Figure 4. Falcon Machine Tools Co. (Chevalier) displayed its vertical grinding center integrated with HIT ultrasonic-assisted machining module)(Figure 5. The vertical grinding center of Falcon Machine Tools Co. (Chevalier) integrated with HIT ultrasonic machining module provides new machining solution for semiconductor industry application)Our appreciation also goes to Royal Precision Tools Co. for exhibiting the new product developed in collaboration with HIT, the BT30 Ultrasonic Direct-Drive Spindle, at this year's event.  This provides customers with a more integrated ultrasonic-assisted machining technology solution when investing in new machine tools.(Figure 6. HIT displayed new product - BT30 ultrasonic direct-drive spindle in collaboration with Royal Precision Tools Co.)(Figure 7. HIT collaborated with Royal Precision Tools Co. in the development of new product - BT30 ultrasonic direct-drive spindle as a new milestone of ultrasonic-assisted machining technology) 【HIT@TMTS 2024: Thanks all the Industrial Experts for Visiting!】HIT sincerely thanks all the visitors during the exhibition! 💝HIT will deeply treasure the feedback from customers and business partners and turn this encouragement into motivation for growth. HIT aims to bring more innovative and diverse product applications this year, while continuing to provide high-quality products and dedicated professional services to customers both domestically and internationally. HIT sincerely invites all industry experts to continue following and supporting us!(Figure 8. Continuous flow of visitors came to HIT booth to learn more about ultrasonic-assisted machining products during TMTS 2024)(Figure 9. TMTS 2024 - Thanks Yinsh Precision Industrial Co. for visiting and learning about ultrasonic spindle product)(Figure 10. TMTS 2024 - Thanks industrial experts for visiting and learning about ultrasonic-assisted machining module product)(Figure 11. TMTS 2024 - Thanks Evergreen Aviation Technologies Co. for visiting and learning about ultrasonic products)(Figure 12. TMTS 2024 - Thanks Chin Ming Precision Tools Co. for visiting and learning about ultrasonic products)(Figure 13. TMTS 2024 - Thanks Onano Industrial Co. for visiting and learning about ultrasonic-assisted machining module product)(Figure 14. TMTS 2024 - Thanks potential clients for visiting and learning about ultrasonic-assisted machining module and its industrial application)(Figure 15. TMTS 2024 - Thanks potential clients from abroad for visiting and learning about ultrasonic-assisted machining technology)(Figure 16. TMTS 2024 - Thanks Japanese business partner Dynamic Tools Corporation ダイナミックツール株式会社 for visiting and learning about new ultrasonic products)(Figure 17. TMTS 2024 - Thanks industrial experts for visiting and learning about HIT new product - CNC on-machine 2D visualization tool dynamic measurement instrument at Tongtai booth)(Figure 18. TMTS 2024 - Thanks industrial experts for visiting and learning about HIT new product - CNC on-machine 2D visualization tool dynamic measurement instrument at Tongtai booth)(Figure 19. TMTS 2024 - Thanks Falcon Machine Tools Co. (Chevalier) for giving its utmost support for the promotion of its machine tool integrated with HIT ultrasonic-assisted machining module)(Figure 20. TMTS 2024 - Thanks ECOM Precision Machinery Co. for visiting and learning about HIT new product - BT30 ultrasonic direct-drive spindle at Royal booth) 【HIT@TMTS 2024: Eager to Know More? Here's the Latest Ultrasonic Machining Application!】 Ultrasonic Machining of Inconel 718 : Keyway Side Milling | Hantop Intelligence Tech.👍🏻 80% Higher Machining Efficiency   👍🏻 3x Longer Tool Life   👍🏻 90% Better Surface QualityHIT utilized HSK-A63-R30 ultrasonic machining module for keyway side milling on Nickel Alloy (Inconel 718).  The high frequency micro-vibration allowed the tool to constantly lift from workpiece.  This brought better inflow of cutting fluid, offering better cooling effect and easier chip evacuation.  The reduced cutting force and tool wear helped achieve higher efficiency and better workpiece quality. Ultrasonic Machining of Inconel 718 : Circular Pocket Milling | Hantop Intelligence Tech.👍🏻 4x Higher Machining Efficiency   👍🏻 75% Longer Tool Life   👍🏻 1.5x Better Surface QualityHIT utilized HSK-A63-R30 ultrasonic machining module for circular pocket milling on Nickel Alloy (Inconel 718).  The high frequency micro-vibration allowed the tool to constantly lift from workpiece. This brought better inflow of cutting fluid, offering better cooling effect and easier chip evacuation. The reduced cutting force and tool wear allowed for an increase in feed per revolution, which helped avoid the work-hardened layer on the material. It then achieved higher efficiency and better workpiece quality.💡 Learn more about Ultrasonic-Assisted Machining Heat-Resistant Alloys: How to Drill Titanium: The Aerospace Fever in Titanium Drilling Moreover, HIT will be exhibitting in the 2024 Touch Taiwan (Display International Expo) - Electronic Equipment Expo towards the end of this month (April).HIT sincerely welcomes industrial experts to come visit and learn more about ultrasonic-assisted machining of automotive special-shaped display panel glass! -Hantop Intelligence Tech.✨Solution Provider of Advanced-Material Machining Technology & Smart Automation Modules✨☎️ +886-4-2285-0838📧 sales@hit-tw.com  To improve the machining efficiency, workpiece quality, and tool life, by following the trend of ESG, feel free to CONTACT US.

 About Silicon Carbide (SiC) and Its Common Use in Semiconductor Manufacturing Process  Silicon Carbide (SiC) Material Properties(Figure 1. HIT ultrasonic-assisted machining of silicon carbide workpieces, including SiC shaft seal, SiC micro-drilling, and SiC helical circular ramping)Silicon carbide (SiC) has been an extremely popular material in recent years due to the rapid rise of importance of semiconductor and electric vehicles application.  Here are some typical material properties of silicon carbide:  - High Hardness and Good Mechanical Strength -Silicon carbide is an extremely hard material, ranking close to diamond on the Mohs scale (Mohs hardness rating of 9).  This hardness makes it highly wear resistant and thus has good mechanical strength.  This makes silicon carbide an exceptional material choice for high precision mechanical components, which can withstand mechanical loads and stress. - Excellent Thermal Conductivity and Stability -Silicon carbide has a very high melting point (approximately 2,700°C or 4,892°F) and is resistant to thermal shock.  This property allows it to maintain its structural stability even in oxidizing and corrosive environments under elevated temperatures.  The material exhibits excellent thermal conductivity, making it an effective heat conductor. - Electrical Conductivity -Silicon carbide can be both a semiconductor and a conductor, depending on its crystal structure.  The material is valuable for power electronics and high-frequency RF devices due to its wide bandgap (WBG).  (Read more on What Are Wide Bandgap Power Supplies?)  The bandgap of a semiconductor material determines the amounts of energy required to move an electron to the conduction band and acted as a conductor.  Traditionally, silicon has been the primary material used for semiconductors.  Being as a wide bandgap material, silicon carbide can be thinner than silicon to sustain the same voltage applied.  This results in lower conduction and switching losses compared to silicon-base devices.💡 Learn more on Silicon Carbide (SiC) Properties and Applications Common Use of Silicon Carbide (SiC) in Semiconductor Wafer Foundry ProcessKey spare parts within the semiconductor manufacturing chamber that are made of silicon carbide (SiC) are essential for various applications in the wafer foundry process.  Some of the important silicon carbide spare parts include:  - SiC Wafer Substrates and Wafer Susceptors -SiC wafer substrates serve as the foundation for the epitaxial growth of other semiconductor materials, such as gallium nitride (GaN).  (Learn more on Silicon Carbide Substrates for Power Electronics)  These substrates are crucial for the manufacture of high-performance and high-frequency electronic devices. (Figure 2. Silicon carbide wafer susceptors used in MOCVD process for epitaxial growth - source: AIXTRON Group)SiC-coated susceptors are used in chemical vapor deposition (CVD) and metal-organic chemical vapor deposition (MOCVD) processes for epitaxial growth.  (Read more on How MOCVD Works)  They are designed to withstand high temperatures and corrosive environments while supporting the growth of thin films and epitaxial layers. - SiC Etch Chambers and Showerheads -SiC is used to fabricate etch chambers and components within the etch chambers (such as SiC showerheads) for processes like plasma etching and chemical vapor deposition.  (Learn more on how HIT applied ultrasonic-assisted machining technology on silicon carbide micro-drilling for showerheads) (Figure 3. HIT ultrasonic-assisted machining of silicon carbide micro-drilling for semiconductor showerheads application)The excellent thermal stability and corrosion resistance properties make silicon carbide a durable choice for these applications. - SiC Bearings and Seals -In semiconductor manufacturing equipment, SiC bearings and seals are used due to their excellent wear resistance, thermal stability, and chemical inertness.  (Learn more on how HIT applied ultrasonic-assisted machining technology on silicon carbide milling for shaft seals)  These material properties help maintain the integrity and stability of processing chambers and vacuum environments. - SiC Ceramic Nozzles and Liners for Wet Cleaning in Process Chamber -SiC nozzles and liners are used in plasma etching and wet cleaning processes, where aggressive and corrosive chemicals are involved under elevated temperatures.  (Learn more on What is Plasma Etching and why it is Important for Product Development?)  The chemical resistance and thermal stability material properties of silicon carbide are advantageous under this context.  Mechanism of Silicon Carbide (SiC) Grinding In the initial stages of grinding, abrasive grains on the grinding tool plow into the surface of silicon carbide workpiece, creating grooves or scratches.  This is mainly due to the hardness of the abrasive grains and their contact with the workpiece. (Figure 4. HIT ultrasonic-assisted grinding of silicon carbide for the making of wafer susceptors)As grinding continues, the abrasive grains begin to cut into the silicon carbide material.  This cutting action is responsible for the removal of material and the generation of the desired shape and surface finish.  Some silicon carbide material may fracture under the high grinding forces generated during the grinding process.  This can lead to the formation of micro-cracks and help with the removal of material.💡 Learn more on Grinding characteristics, material removal and damage formation mechanisms in high removal rate grinding of silicon carbide  Difficulties in Silicon Carbide (SiC) Grinding Grinding silicon carbide can be challenging due to its unique material and mechanical properties.  Some of the difficulties associated with silicon carbide grinding include:  Hardness and BrittlenessSilicon carbide is an extremely hard material, ranking at 9 on Mohs scale of hardness (close to diamond).  This hardness can lead to excessive wear and rapid dulling of grinding tools/wheels.  Silicon carbide material is also very brittle, which means it is prone to fracturing during grinding.  The increasing grinding forces can induce chipping and edge-cracks in the material, affecting the quality of the finished surface. High Friction and Increasing Grinding ForcesHigh friction between the grinding tool and silicon carbide workpiece mainly result from ceramic particles (silicon carbide material debris) accumulation on the pores (between abrasive grains) of grinding tool.  Poor ceramic particle evacuation can lead to the declination of tool's grinding capacity, and thus resulting in the increase of grinding forces. Tool Wear and Tool DressingGrinding tools/wheels for the grinding of silicon carbide can wear down very quickly due to rapid loss of grinding capacity because of poor particle evacuation, requiring frequent replacement and increasing the cost of the grinding process.  Regular dressing of the grinding tool/wheel is necessary to maintain its sharpness and prevent loading of abrasive grains with silicon carbide material debris, which can lead to poor grinding efficiency.However, regular tool dressing usually takes up a huge amount of process time, and the grinding tool would inevitably have additional wear during the tool dressing process.  This is not only time-consuming, but it could also lead to rapid declination of tool's grinding ability.  What Does HIT Ultrasonic Machining Bring to Silicon Carbide (SiC) Grinding?  Ultrasonic High Frequency OscillationHIT's ultrasonic-assisted machining technology provides the superimposition of the tool rotation with a high-frequency oscillation in longitudinal direction, generating over 20,000 times of micro-vibration per second.  The mechanism helps reduce grinding forces and facilitates ceramic particle flushing.(Figure 5. HIT ultrasonic-assisted machining technology with high frequency oscillation in longitudinal direction facilitates chip removal process)The high-frequency oscillation in longitudinal direction allows for an intermittent contact between the tool and workpiece.  This helps eliminate accumulative heat around the grinding tool, which results in great reduction in tool wear. Reduction in Grinding ForcesThe reduction in grinding forces not only decreases frictions between the tool and workpiece, but also allows cutting speed and feed rate to be increased.  This mechanism also helps lower the heat generated during the machining process.  It greatly improves the workpiece quality and stability in tool life and saves a huge amount of energy and total process time. Better Particle FlushingFacilitating ceramic particle flushing also reduces frictions on both tool and workpiece caused by excessive particles stuck on the grinding tool/wheel.  If the pores (between abrasives) of the grinding tool were filled with accumulative ceramic particles, the tool would quickly lose its grinding ability.(Figure 6. Explanation on self-sharpening mechanism of grinding tools/wheels - source: Testbook Edu Solutions Pvt. Ltd.)The high frequency micro-vibration of ultrasonic brings better particle flushing, which helps generate the self-sharpening mechanism (worn-out abrasive grits fall off, and new diamond grits come out to continue grinding) of grinding tool/wheel.  This can greatly reduce the time and tool wear from tool dressing process.💡 Learn more on Self-sharpening tendency of a conventional grinding wheel depends upon Benefits of HIT Ultrasonic in Grinding of Silicon Carbide (SiC)In grinding of silicon carbide, HIT ultrasonic-assisted machining technology helps reduce grinding forces and brings better particle flushing.  This mechanism contributes to much shorter process time (elimination of tool dressing process), better workpiece quality (reduced edge-cracks and better surface quality), and longer tool life (elimination of tool dressing process and prevention of accumulative ceramic particles).  Two Successful HIT Cases of Silicon Carbide (SiC) Grinding   Silicon Carbide (SiC): Surface Grinding(Figure 7. HIT ultrasonic-assisted grinding silicon carbide workpiece)HIT carried out grinding of silicon carbide by using HIT BT-30 ultrasonic machining module.  The high frequency micro-vibration helped with better particle flushing.  This effectively prevented pores of the grinding tool from being filled with cumulative silicon carbide ceramic particles.(Figure 8. Comparison of workpiece quality between HIT ultrasonic-assisted machining and without ultrasonic on silicon carbide grinding)The lowered and stable grinding forces helped reduce chipping or cracks on the edge of workpiece with consistent size of tool marks on the surface.(Figure 9. Comparison of tool wear between HIT ultrasonic-assisted machining and without ultrasonic on silicon carbide grinding)The self-sharpening mechanism of grinding tool was generated and the new diamond grits came out to restore the grinding capacity.  There was no need for tool dressing, so the total tool wear only came from the grinding process.💡 See detailed information of Silicon Carbide (SiC): Surface Grinding Silicon Carbide (SiC) Grinding: (Helical) Circular Ramping(Figure 10. HIT ultrasonic-assisted grinding - helical circular ramping silicon carbide workpiece)HIT carried out (helical) circular ramping - grinding on silicon carbide by using HIT BT-30 ultrasonic machining module.  The high frequency micro-vibration helped reduce grinding forces.  This resulted in great improvement in the surface quality and mitigation of tool marks.(Figure 11. Comparison of surface roughness between HIT ultrasonic-assisted machining and without ultrasonic on silicon carbide grinding helical circular ramping)HIT utlrasonic-assisted machining technology in rough grinding process helped improve surface roughness (Sa) and tool marks.  This allowed for reduction in post-process time, which also increased machining efficiency.(Figure 12. Comparison of tool wear between HIT ultrasonic-assisted machining and without ultrasonic on silicon carbide grinding helical circular ramping)The high frequency micro-vibration helped with better particle flushing.  Much less and slower accumulation of ceramic particles on the grinding tool helped reduce grinding forces.  This not only resulted in less tool wear, but also higher surface quality.💡 See detailed information of Silicon Carbide (SiC) Grinding: (Helical) Circular Ramping📺 Watch how HIT ultrasonic-assisted grinding of silicon carbide - (helical) circular ramping📺 Watch more HIT Ultrasonic-assisted Advanced-Material Machining Videos  Silicon Carbide (SiC) Grinding FAQ  Q1   How is HIT ultrasonic able to reduce edge chipping or edge-cracks on the silicon carbide (SiC) grinding workpiece?A1   The high frequency micro-vibration of ultrasonic can help reduce grinding forces.  Since the oscillation amplitude of ultrasonic is very small, the goal is to create micro-cracks on the molecular chains of silicon carbide material in order to facilitate material removal process.Serious edge chipping or edge-cracks on the silicon carbide workpiece usually resulted from much stronger vibration generated by the machine itself during the process.  This also leads to poor precision and surface quality of workpiece.💡 More information on HIT Ultrasonic-assisted Machining Technology Q2   How to adjust machining parameters, such as feed rate, cutting speed, or ultrasonic power, when I start grinding silicon carbide material with HIT's ultrasonic machining module?A2   Hantop Intelligence Tech. is a professional advanced-material machining process technology and smart automation modules supplier.  It aims to provide not only high-quality ultrasonic-assisted machining module products, but also professional knowledge on how to optimize the benefits customers can achieve with the ultrasonic-assisted machining technology. This includes *providing the optimized machining parameters (according to the target material and machining features) and services to ensure customers having the best experiences in using HIT ultrasonic machining module.  Customers are not just purchasing a product from HIT but obtaining ultrasonic machining process technology and services from the most professional and dedicated team.⚠️*Providing the optimized machining parameters may come with additional fee depending on further negotiation.(Figure 13. HIT ultrasonic-assisted machining module products)💡 More information on HIT Ultrasonic Machining Products  Silicon Carbide (SiC) Grinding? Choose HIT Ultrasonic Process Technology Contact us if you are looking for a better way to improve machining efficiency, workpiece quality, and tool life.Or apply to become our international sales partners!  Fill out the Application Form to become our international distributor.

About Stainless Steel and its Common Use General Material Properties of Stainless Steel(Figure 1. HIT ultrasonic-assisted micro-drilling on stainless steel workpiece)Stainless steel is a group of steel alloys that are known for their excellent corrosion resistance, durability, and high strength.  Here are some of the key material properties of stainless steel: - Corrosion Resistance -Stainless steel is highly resistant to corrosion and oxidation.  This is primarily due to the presence of chromium in the alloy, which forms a passive oxide layer on the surface of the material.  This oxide layer acts as a barrier, protecting the underlying steel from corrosion caused by exposure to moisture, chemicals, and other corrosive substances.  (Read more on Why is Stainless Steel Corrosion Resistant?)  It gives stainless steel rather low maintenance requirements, since it reduces the need for frequent cleaning, painting, or coating to protect against corrosion even in demanding environments. - Heat Resistance -Stainless steel also has excellent heat resistance, making it suitable for applications under high temperatures.  It can withstand elevated temperatures without significant loss of strength or deformation.  (Read more on Stainless Steel - High Temperature Resistance)  This characteristic is crucial in industries such as aerospace, automotive, and energy, where components may be exposed to extreme heat or thermal cycling. - High Strength and Ductility -Stainless steel exhibits high strength, making it suitable for various structural and load-bearing applications.  The strength of stainless steel is influenced by factors such as alloy composition, heat treatment, and manufacturing processes.  Stainless steel also possesses good ductility, which allows it to be easily formed and fabricated into different shapes.  This characteristic is beneficial in various manufacturing processes, including bending, welding, machining, and forming.  The ductility of stainless steel can be further improved by controlling the alloy composition and employing suitable heat treatments. - Hygienic Properties -Stainless steel is widely used in industries that require high standards of cleanliness and hygiene, such as food processing, medical (surgical), and pharmaceutical industries.  It is non-porous, making it resistant to bacterial growth, easy to clean, and capable of withstanding repeated sterilization processes.Learn more detailed information on Stainless Steels - Specifications, Grades and Properties  Different Grade Families of Stainless SteelApart from the more general perspective on the material properties of stainless steel, the family of stainless steels is primarily classified into four main categories, including Ferritic, Austenitic, Martensitic, and Duplex, based upon their crystal microstructure.  (Read more on Grading Systems for Stainless Steel)In general, austenitic and martensitic grades stainless steel, including SAE/AISI 304, 316, and 420, are often used in the making of medical and surgical equipment or spare parts.  The following illustrates the comparison of these three commonly used stainless steel grades.(Figure 2. medical/surgical instruments made of stainless steel) - Austenitic - 304 Stainless Steel (SAE/AISI 304) -Composition304 Stainless steel contains 18-20% chromium and 8-10.5% nickel, along with small amounts of carbon, manganese, and other elements.Corrosion ResistanceIt offers good corrosion resistance in a wide range of environments, including atmospheric conditions and mild chemical environments.Strength304 Stainless steel has good tensile strength and yield strength, making it suitable for general-purpose applications.Industry Applications304 Stainless steel is commonly used in various industries, including food processing, kitchen equipment, architectural applications, and chemical processing.(Learn more detailed information on Grade 304 Stainless Steel: Properties, Fabrication and Applications) - Austenitic - 316 Stainless Steel (SAE/AISI 316) -Composition316 Stainless steel contains 16-18% chromium, 10-14% nickel, and 2-3% molybdenum, along with other elements.Corrosion ResistanceIt provides excellent corrosion resistance, particularly in harsh environments, such as marine or chloride-rich conditions.Strength316 Stainless steel has higher tensile and yield strength compared to 304, making it suitable for applications requiring exposures under increased pressure.Industry Applications316 Stainless steel is commonly used in marine equipment, chemical processing, pharmaceuticals, and medical implants where superior corrosion resistance is required.(Learn more detailed information on Grade 316 Stainless Steel: Properties, Fabrication and Applications) - Martensitic - 420 Stainless Steel (SAE/AISI 420) -Composition420 Stainless steel contains around 12-14% chromium, with no or minimal nickel content.  It also has a higher carbon content compared to 304 and 316.Corrosion ResistanceIt offers moderate corrosion resistance in mild environments but is less resistant to corrosive chemicals or chlorides compared to 304 and 316.Strength420 Stainless steel has high hardness and good strength, making it suitable for applications requiring wear resistance, such as cutlery, surgical instruments, and moulds.  The material can exhibit even higher hardness (up to HRC 50-55) after heat treatment, which allows it to be applied in environments under higher precision and stricter standards.Industry Applications420 Stainless steel is commonly used in the production of blades, knives, scissors, surgical instruments, and moulds where hardness and wear resistance are crucial.(Learn more detailed information on Stainless Steel - Grade 420)In brief summary, 304 stainless steel (SAE/AISI 304) provides good general corrosion resistance and is suitable for a wide range of applications.  316 stainless steel (SAE/AISI 316) offers excellent corrosion resistance, particularly in aggressive environments, and has higher strength than 304.  420 stainless steel (SAE/AISI 420) has lower corrosion resistance but offers high hardness and wear resistance, making it ideal for applications requiring cutting or wear resistance properties.  The choice between these grades depends on the specific requirements of the application, including corrosion resistance, strength, and wear resistance.  Difficulties in Medical-Grade Stainless Steel MachiningMachining stainless steel, including grades 304, 316, and 420, can present certain difficulties due to the material properties of these steel alloys.  The following shows common challenges encountered in machining these stainless steel grades:  Work HardeningStainless steel grades, including 304, 316, and 420, have a tendency to work harden during machining.  (Read more on Hardening Stainless Steels: A Brief Guide)  As the material is deformed by the cutting tool, it becomes harder and more resistant to further cutting.  This work hardening effect can lead to increased cutting forces, tool wear, and difficulties in achieving desired workpiece quality.  In addition, stainless steel also tends to produce long, stringy chips, which may lead to chip accumulation and interfere with the cutting process and damage the workpiece or tool.  The harder and more resistant to cutting the material gets, the more challenging it is for its chip evacuation. High Cutting ForcesStainless steel is known for its high strength and toughness, which results in high cutting forces during machining.  These high cutting forces require robust cutting tools and machines capable of handling the stress.  Managing these forces effectively is important to prevent tool breakage, chatter, and other machining issues. Heat GenerationStainless steel has low thermal conductivity (Read more on Thermal Activity in Stainless Steel Compared to Other Metals), which means that heat generated during machining tends to concentrate in the cutting zone.  This can lead to elevated temperatures that may cause tool wear, tool deformation, and plastic deformation (Learn about Some Basics of Plastic Deformation Mechanism) in the material.(Figure 3. CNC machining on metal/steel alloy requires proper cooling methods) Tool WearStainless steel grades, especially 420, are relatively hard, which can cause serious tool wear during machining.  The work hardening, high cutting forces, and heat generation contribute to tool wear and can reduce tool life.  Therefore, selecting appropriate tool materials with high hardness and wear resistance, as well as optimizing cutting parameters, is crucial to mitigate tool wear issues.It's important to note that the specific difficulties in machining stainless steel can vary depending on factors such as the specific grade, workpiece geometry, cutting tool selection, and machining parameters.  What Does HIT Ultrasonic Machining Bring to Medical-Grade Stainless Steel Machining? Ultrasonic High Frequency OscillationHIT's ultrasonic-assisted machining technology provides the superimposition of the tool rotation with a high-frequency oscillation in longitudinal direction, generating over 20,000 times of micro-vibration per second.  The mechanism helps reduce cutting forces and facilitates chip removal process.(Figure 4. HIT ultrasonic-assisted machining technology with high frequency oscillation in longitudinal direction facilitates chip removal process)The high-frequency oscillation in longitudinal direction allows for an intermittent contact between the tool and workpiece.  This helps eliminate accumulative cutting heat around the tool tip, which results in great reduction in tool wear. Reduction in Cutting ForceThe reduction in cutting forces not only decreases frictions between the tool and workpiece, but also allows cutting speed and feed rates to be increased.  This mechanism along with the high pressure (up to 70bar) coolant through spindle (CTS) feature also helps lower the heat generated during the machining process.  It greatly improves the workpiece quality and stability in tool life and saves a huge amount of energy and processing time.(Figure 5. HIT ultrasonic-assisted machining technology helps reduction in cutting forces and brings more stability in tool life) Easier Chip Removal ProcessFacilitating chip removal or chip evacuation process also reduces frictions on both tool and workpiece caused by excessive amount of accumulative chips.  Especially when the chips are long and stringy, it may lead to built-up edge (BUE) or chip re-cutting situations, which worsens workpiece quality and endangers tool life.  The reduction in cutting forces with HIT's ultrasonic high-frequency micro-vibration allows the tool to cut off the material more easily with easier chip evacuation process.  The elimination of entangled, accumulative chips also contributes to better workpiece quality and longer tool life.(Read more on Built-up Edge Formation in Stainless Steel Milling) Benefits in Machining of Stainless SteelIn machining of medical-grade stainless steel, HIT ultrasonic-assisted machining technology helps reduce cutting forces, which allows the tool to cut off the material more easily with better chip removal.  This mechanism contributes to better workpiece quality (elimination of burrs and better roundness in drilling holes) and tool life (better chip evacuation and prevention of entangled, accumulative chips around cutting tools).More information on HIT Ultrasonic Machining Technology💡 Read more on the benefits of HIT ultrasonic-assisted machining on metal, alloy, hard steel materials: Facing the Challenges in Machining of Tungsten CarbideHow to Drill Titanium: The Aerospace Fever in Titanium Drilling Two Successful HIT Cases of Stainless Steel Machining SAE 420 Stainless Steel: Micro-Milling & Micro-Drilling(Figure 6. HIT ultrasonic-assisted micro-milling and micro-drillilng 420 stainless steel workpiece)HIT helped one of its customers within the medical field with SAE/AISI 420 stainless steel micro-machining process in the making of minimally invasive surgical spare parts.  The full length of the workpiece was only 4mm, with the slot width only 0.8mm.Doing fine milling and drilling of these micro-features with HIT BT30 ultrasonic machining module, the high frequency micro-vibration helped reduce cutting forces.  This resulted in great reduction in feed/tool marks and burrs on the workpiece.(Figure 7. Comparison of workpiece quality between HIT ultrasonic-assisted machining and without ultrasonic on 420 stainless steel micro-milling and micro-drilling)HIT ultrasonic-assisted machining technology ultimately helped its customer enhance product yield rate from under 10% to 100%, not only saving up the time and preventing the risks of manual refining process, but also helping the customer win the case.This feature is applied in the Medical industry, especially being used for minimally invasive surgical spare parts, such as biopsy forceps, grasping forceps, etc.See detailed information of SAE 420 Stainless Steel: Micro-Milling & Micro-Drilling SAE 304 Stainless Steel: Micro-Drilling on curved surface(Figure 8. HIT ultrasonic-assisted micro-drillilng 304 stainless steel workpiece)HIT carried out micro-drilling on curved surface of SAE/AISI 304 stainless steel.  By using HIT HSK-A63 ultrasonic machining module, the high frequency micro-vibration helped reduce cutting forces.  This prevented the tool from deflection under the circumstance of not doing plunge milling (Learn more on what is Plunge Milling?) before the main drilling process.The reduction in cutting forces not only contributed to zero burrs around the drilling holes under microscope but also provided with better chip removal process.(Figure 9. Comparison of hole quality between HIT ultrasonic-assisted machining and without ultrasonic on 304 stainless steel micro-drilling on curved surface)HIT ultrasonic-assisted machining technology helped improve hole quality (with no burrs) and achieve 4 times longer tool life.(Figure 10. Comparison of tool wear between HIT ultrasonic-assisted machining and without ultrasonic on 304 stainless steel micro-drilling on curved surface)This feature can be applied in the Semiconductor industry and 3C Electronics industry, especially being used for vacuum plates, electronic spare parts, etc.See detailed information of SAE 304 Stainless Steel: Micro-Drilling on curved surface  Medical-Grade Stainless Steel Machining FAQ Q1  How did HIT ultrasonic achieve great roundness in drilling holes without pilot drilling or plunge milling on stainless steel machining?A1  Poor hole roundness usually resulted from the high cutting forces tool received when it first contacted with the workpiece, which caused the tool to wonder and deflect.The high frequency micro-vibration (over 20,000 times per second) of HIT ultrasonic-assisted machining helps greatly reduce cutting forces.  This mechanism prevented the tool from deflection due to the received high cutting forces when it first contacted with the workpiece.The high frequency micro-vibration also helped break chips more easily with better chip removal, which resulted in the elimination of burrs around the drillilng holes to achieve great hole quality on stainless steel.(Figure 11. HIT ultrasonic-assisted machining driver module)More information on HIT Ultrasonic Machining Module Q2  How to adjust machining parameters, such as feed rate, cutting speed, or ultrasonic power when I start machining stainless steel with HIT ultrasonic machining module?A2  Hantop Intelligence Tech. is a professional solution provider of advanced-material machining technology and smart automation modules.  It aims to provide not only high-precision ultrasonic-assisted machining module products, but also professional knowledge on how to optimize the benefits customers can achieve with ultrasonic-assisted machining technology.This includes providing the optimized machining parameters (according to the target material and machining features) and services to ensure customers having the best experiences in using HIT ultrasonic machining module.  Customers are not just buying a product from HIT, but obtaining ultrasonic machining knowledge and services from the most professional team.(Figure 12. HIT ultrasonic-assisted machining toolholders)  Medical-Grade Stainless Steel Machining?  Choose HITContact us if you are looking for a better way to improve machining efficiency, workpiece quality, and tool life, by following the trend of ESG.

 About Titanium and its Common Use  Titanium Material PropertiesTitanium alloys are metals composed of a mixture of titanium and other chemical elements.  The most common form of titanium alloys is Ti-6Al-4V (Learn more about the crystallographic forms of Titanium Alloys).  The Mohs hardness ranking of this form of titanium alloy is approximately 41HRC, which is not as hard compared to other metal alloys.  This material offers a combination of lightweight, high strength, low density, good corrosion resistance and ductility. F1. titanium metal alloy materialTitanium alloys are also recognized for their exceptional resistance to a wide range of chemical environments provided by a thin, invisible but extremely protective surface oxide film.  The absorption of oxygen into the surface when the material is heated will cause an increase in hardness of the surface layer (Learn more about work hardening of Titanium Alloys). Common Applications of TitaniumIts excellent material properties, including lightweight, high strength, good corrosion resistance and good ductility, make it the prime choice for many fields of applications, including aircraft turbines, engine components, aircraft structural components (wings and fuselage), aerospace fasteners, automotive components (body panels, valves), marine applications, etc. F2. bolts and engine parts made of titanium alloyAerospace applications still account for the biggest chunk of the use of titanium alloys, due to its fine material properties of high strength, good fatigue resistance and fracture toughness.F3. Boeing 757-200 jet engine application in aerospace industry   Tips and Common Tools for Titanium Drilling Titanium alloys require well-setup machining process to prevent the material from bending or surface hardening due to its low density, good ductility, and work hardening properties.  Generally, the tool should be maintained as sharp as possible to minimize the built-up heat and tool wear.  Using rigid setups between tool and workpiece to prevent the workpiece from bending due to its ductile characteristic.  Proper cooling device is also strongly advised to lower the built-up heat.F4. drilling titanium alloy requires sharp and rigid drillsWhen it comes to drilling titanium alloys, carbide drills are the best choice especially for deep hole drilling.  Using sharp drills of proper geometry and avoiding having the drill ride through the titanium surface are also key to successful drilling on titanium alloys (Learn more about tips on successful drilling on Titanium Alloys).   Difficulties in Titanium Drilling  Titanium Drilling Challenges in QualityThe good ductility and work hardening properties of titanium alloys have brought serious concerns for the quality of hole wall and the positional precision of the drilling holes.  If the cutting (drilling) force is not well-controlled, the workpiece may suffer from displacement due to its ductile property.  Its hardened surface and entangled chips will also cause severe damages to both the quality of workpiece and its positional precision.  When it comes to higher aspect ratio (hole depth to diameter), it is going to be even more challenging to maintain the quality. Titanium Drilling Challenges in Tool LifeThe work hardening property of titanium alloys when it is heated has brought huge difficulties in drilling this material.  With the protective oxide layer on the surface of titanium alloys, the drills may lose their sharpness easily and even encounter risks of tool breakage.  Along with the entangled chips produced in the drilling process, not only the quality of workpiece is at stake, but also the tool life will be disastrously unstable.  The major challenge also lies in controlling the cutting (drilling) force in the drilling process.F5. drilling process on a CNC machine   HIT Achievements in Titanium Drilling HIT’s ultrasonic-assisted machining technology provides the superimposition of the tool rotation with a high-frequency oscillation in longitudinal direction, generating over 20,000 times of micro-vibration per second.  The mechanism helps reduce cutting forces and facilitates chip removal process. F6. HIT's ultrasonic machining technology with high-frequency oscillation in longitudinal direction facilitates chip removal processThe reduction in cutting forces not only decreases frictions between tools and workpieces, but also allows feed rates to be increased.  This mechanism along with the high pressure (70bar) coolant through spindle (CTS) feature help lower the heat produced during the machining process.  This greatly improves the quality of workpieces and the stability of tool life, and saves a huge amount of processing time.F7. HIT's ultrasonic machining technology helps reduction in cutting force, bringing more stability in tool lifeFacilitating chip removal process diminishes frictions on both tools and workpieces caused by excessive amount of chips.  HIT’s ultrasonic high-frequency micro-vibration allows chips to break easily and lessens the occurrences of entangled chips.  This also displays a great benefit to both the quality of workpieces and the stability of tool life.Drilling titanium alloys with ultrasonic-assisted machining technology, the reduction in cutting forces and improvement in chip removal process allow better control of the quality of workpieces and the stability in tool life.More information on HIT Ultrasonic Machining Technology   Two Successful HIT Cases of Titanium Drilling  Titanium Drilling Case 1 : Micro-DrillingF8. titanium alloy micro-drilling workpieceHIT discovered that conducting the Φ0.5x5mm micro-drilling 50 holes on titanium alloy (Ti-6Al-4V) with ultrasonic-assisted machining technology, the cutting force can be reduced by 39%.  With the integration of CTS, it greatly reduced the occurrence of twisted or entangled chips.  This not only prolonged tool life, but also maintained the positional precision of the micro-holes.F9. shape of chips in titanium alloy micro-drillingThis feature is widely applied in the Aerospace industry and the 3C Electronics industry, especially being used for aircraft riveted components, phone cases, etc.More information on Titanium Drilling : Micro-Drilling Titanium Machining Case 2 : Side MillingF10. titanium alloy side milling workpieceHIT carried out side milling on titanium alloy (Ti-6Al-4V).  Using HIT’s ultrasonic tool holder BT30 with the integration of CTS, ATC, and CNC automation system, HIT managed to greatly improve the tool life.  It only showed a minor broken corner on the rake face of the tool, instead of severe tool wear such as the exposure of coating grains.F11. rake face of the tool in titanium alloy side millingF12. shape of chips in titanium alloy side millingThis feature is widely applied in the Aerospace industry and 3C Electronics industry, especially being used for aircraft structural components, phone cases, etc.   Titanium Drilling FAQ  Q1  How to control the cutting (drilling) force while reaching the required quality of the drilling holes?A1  HIT’s ultrasonic-assisted machining technology provides the superimposition of the tool rotation with a high-frequency oscillation in longitudinal direction, generating over 20,000 times of micro-vibration per second.  The mechanism helps reduce cutting forces and facilitates chip removal process.  HIT’s ultrasonic high-frequency micro-vibration allows chips to break easily and lessens the occurrences of entangled chips.  With the assistance of high pressure (70bar) coolant through spindle (CTS), it allows the chip removal process even smoother.  These features can successfully bring better quality of the workpieces and longer, more stable tool life.F13. HIT ultrasonic machining driver moduleMore information on HIT Ultrasonic Machining Module Q2  How to adjust feed rates and amplitude when I start drilling titanium alloys with HIT’s ultrasonic machining module system?A2  HIT aims to help clients face the challenges in drilling titanium alloys.  This includes providing the optimum machining parameters and services to ensure clients having the best experiences in using HIT’s ultrasonic machining module system.  It is not just buying a product from HIT, but obtaining the knowledge, services, and efforts from the most professional team.F14. HIT ultrasonic tool holders  Titanium Drilling?  Choose HIT Contact us if you are looking for a better way to improve machining efficiency, quality, and tool life.

In our recent exploration of the machining world, we've delved into the distinct functionalities and advantages of vertical and horizontal mills, illustrating how each type caters to specific manufacturing needs with unmatched efficiency. As the industry evolves, so does the technology, leading us to a revolutionary advancement that has reshaped modern manufacturing: CNC (Computer Numerical Control) milling machines.What is a CNC Milling Machine? A CNC milling machine is a sophisticated type of milling machine controlled by a computer, enabling precision machining of complex parts with minimal human intervention. Unlike traditional milling machines, which require manual adjustment and operation, CNC mills operate based on digital instructions derived from a CAD (Computer-Aided Design) file.Advantages of CNC Milling MachinesPrecision and Consistency: CNC milling machines offer exceptional precision, capable of producing parts with tight tolerances repeatedly over large production runs.Handling Complex Geometries: With advanced software guiding their operations, CNC mills can handle complex shapes and patterns that would be difficult, if not impossible, to achieve manually.Increased Productivity: Automation and the ability to run 24/7 with minimal downtime significantly increase production capabilities.Flexibility: Quick setup changes and the ease of updating CNC programs make these machines highly adaptable to varying production demands.Reduced Labor Costs: While CNC milling machines represent a significant initial investment, the reduction in manual labor can lead to substantial cost savings over time.Applications of CNC Milling Machines CNC milling machines have found applications in numerous fields, testament to their versatility and efficiency:Aerospace: CNC milling machines produce intricate components designed to withstand extreme conditions, including airframe structures and engine parts.Automotive: Facilitating the fabrication of a diverse array of automotive parts, including engine blocks, custom gears, and complex performance parts.Medical: Supporting the medical industry's need for flawless surgical instruments, orthopedic implants, and custom medical devices, directly impacting patient care and safety.Electronics: Playing a crucial role in manufacturing precise and delicate components essential for the functionality and reliability of consumer electronics.Custom Manufacturing and Prototyping: Offering the versatility to produce parts from a wide range of materials with speed and precision, crucial for innovation and product development across sectors.Conclusion CNC milling machines stand at the forefront of manufacturing innovation, offering unparalleled precision and efficiency that are transforming production processes across a myriad of industries. From aerospace to medical devices and electronics, the versatility of CNC technology is reshaping the manufacturing landscape. At Yih Kuan Ent Co., Ltd., we proudly produce top-tier CNC milling heads essential for the success of any CNC milling operation. Our commitment to excellence ensures that our products meet the highest standards of precision and durability, catering to the diverse needs of industries worldwide.We encourage those looking to enhance their manufacturing capabilities with our cutting-edge CNC milling heads to explore the detailed information and specifications we provide. As a leading contributor to the advancement of CNC milling technology, Yih Kuan Ent Co., Ltd. is your trusted partner in achieving machining excellence. Discover the difference our CNC milling head solutions can make in your production processes by visiting our website or reaching out to our expert team today.

 What is Quartz and its Common Use?  Quartz Material PropertiesQuartz can be manufactured into Quartz Glass, which is sometimes referred to as fused quartz or fused silica.  The material is composed of silicon dioxide (SiO2), which has very low thermal expansion and can maintain its dimensional stability even at elevated temperatures. Quartz glass has excellent electrical insulation property and is inert to attacks from all kinds of acids, even in very high concentrations, except for hydrofluoric acid.  The material has high compressive strength, but also displays high hardness and brittleness.  Defects on the surface may have a serious impact on its overall material strength.References :Top-Seioko - Fused silica : Key properties & popular applicationsAZO Materials - Fused Silica/Quartz Glass - Properties and Applications of Fused Silica/Quartz Glass by Goodfellow Ceramic & Glass DivisionIQS Directory - Quartz glassHeraeus - Properties of fused silica Common Applications of QuartzSince quartz glass has a wide transparency range and superior light transmittance, this makes it an ideal material for multiple optical applications in optoelectronics industry, such as prisms, lenses, etc.  Its material properties also gives it a wide range of applications in semiconductor industry, such as quartz ring, quartz crucible, quartz wafer boat, etc. F1. silicon wafers in plastic wafer boat (quartz wafer boat is also applicable)   How Quartz Machining Works?  Quartz Machining 1 : Milling F2. industrial material machining milling processMachining quartz glass can be done using high precision CNC milling machines that are designed to machine ceramics and materials similar to glasses in terms of brittleness.  Though quartz glass is also a hard and brittle material, its machinability is relatively good. Quartz Machining 2 : Cutting F3. industrial material cutting with high pressure water jetDue to the hardness and brittleness of quartz glass, machining it may need diamond cutting tools and the machining parameters must be optimized.  Band and wire saws, chop saws, CO2 lasers, and water jet cutters are common tools used to cut quartz glass. Quartz Machining 3 : Drilling F4. industrial material drilling on milling machineThe material can also be drilled by using a diamond drill.  In order to prevent the tools from premature wear-out, it is important to make sure the proper cooling device is available.   Difficulties in Quartz Machining Quartz Machining Challenges in QualityThough quartz glass possesses high compressive strength, it is still a very hard and brittle material.  Even small defects on the surface may have serious impact on its overall material strength.  Especially in quartz glass drilling, there will easily be serious subsurface damage with improper cutting force.  Another downside of machining quartz glass is that machining it produces great deal of powder and clogs the diamond cutting tools.  This not only affects the stability of tool life, but also severely damages the quality of the workpiece. Quartz Machining Challenges in EfficiencyThough quartz glass is considered to have relatively good machinability, it is a hard and brittle material.  The control of cutting force is important when machining quartz glass, since it may be easily chipped or cracked under excessive cutting force.  This usually results in a very time-consuming machining process, and leaves the processing manufacturers a huge headache when dealing with this material. F5. the challenge of enhancing machining efficiency while maintaining required quality   What Does HIT Ultrasonic Machining Bring to Quartz Machining? HIT’s ultrasonic-assisted machining technology provides the superimposition of the tool rotation with a high-frequency oscillation in longitudinal direction, generating over 20,000 times of micro-vibration per second.  The mechanism helps reduce cutting forces and facilitates chip removal process.F6. HIT's ultrasonic machining technology with high-frequency oscillation in longitudinal direction facilitates chip removal process The reduction in cutting forces not only decreases frictions between tools and workpieces, but also allows feed rates to be increased.  This greatly improves the quality of workpieces and the stability of tool life, and saves quite an amount of processing time. F7. HIT's ultrasonic machining technology helps reduction in cutting force, bringing more stability in tool lifeFacilitating chip removal process diminishes frictions on both tools and workpieces caused by excessive amount of chips.  HIT’s ultrasonic high-frequency micro-vibration allows chips to break easily and lessens the occurrences of entangled chips.  This also displays a great benefit to both the quality of workpieces and the stability of tool life.The technology specializes in micro-drilling and deep hole drilling hard and brittle advanced materials, including technical ceramics, quartz glass, super alloys, etc.  The high-frequency micro-vibration displays the ability to control the cutting force in stable manner, decreasing the possibilities of severe subsurface damage.  Offering a better way to improve the machining process by effectively enhancing machining efficiency, stabilizing the tool life, and bettering the quality of workpieces. F8. HIT's ultrasonic machining technology displays outstanding results on quartz micro-drilling and deep hole drillingMore information on HIT Ultrasonic Machining Technology   Two Successful HIT Cases of Quartz Machining  Quartz Machining Case 1 : Micro-channel Trochoidal MachiningF9. Quartz glass ultrasonic-assisted micro-channel machining workpieceThe original process needed to go through by using #200, #400, and #800 grinding tools from roughing to finishing.  With HIT ultrasonic, customer's requirement on workpiece quality can be achieved just by using #800 grinding tool.F10. HIT ultrasonic-assisted micro-channel trochoidal machining of quartz glass helped reduce the maximum size of edge-cracks (1x smaller and 2x smaller) by using #400 and #800 grinding tools respectivelyWith HIT ultrasonic, high frequency micro-vibration helped reduce grinding forces.  (Under the same machining parameters) The maximum size of edge-cracks was 1x smaller (from 0.182mm to 0.094mm) than that without ultrasonic, by using #400 grinding tool. (Under the same machining parameters) The maximum size of edge-cracks can be even smaller (down to 0.059mm) by using #800 grinding tool with HIT ultrasonic, while it failed to complete the machining process without ultrasonic due to tool breakage at the first slot.F11. HIT ultrasonic-assisted micro-channel trochoidal machining of quartz glass brought better particle flushing, preventing the tool from particles accumulationWith HIT ultrasonic, the tool constantly lifted from workpiece, which allowed for easier inflow of cutting fluid.  Better particle flushing prevented the tool from serious material backfill.  This not only reduced tool wear but also friction between tool and workpiece, which helped control and reduce grinding forces.(Under the same machining parameters) Without ultrasonic, the tool was in constant contact with workpiece, which made it hard for particle flushing.  There were massive particles accumulated on both side and bottom of the tool.  This weakened the tool's grinding ability and led to an increase in grinding forces.  It not only impacted workpiece quality, but also caused serious tool wear.Quartz Machining Case 2 : Micro-Drilling F12. Quartz glass micro-drilling workpieceHIT conducted a Φ0.3x5.4mm micro-drilling on a 60x30x20mm quartz glass workpiece.  Using HIT’s ultrasonic tool holder HSKE40 with the integration of CTS, ATC, and CNC automation system, HIT managed to drill 300 micro-holes in total, with the processing time within 40 seconds/per hole.  The outcome, in terms of machining efficiency, prevailed over the machining results provided by the tool suppliers and clients.  The precision repeatability is well-maintained with no obvious edge-cracks on the hole wall.F13. Quartz glass micro-drilling processThis feature is widely applied in the Semiconductor industry, especially being used for quartz plates, quartz rings, quartz substrate lens board, etc.More information on Quartz : Micro-drilling Quartz Machining Case 3 : Deep Hole DrillingF14. Quartz glass deep hole drilling workpieceHIT carried out a Φ3x65mm deep hole drilling on a 100x100x30mm quartz glass workpiece.  Using HIT’s ultrasonic tool holder HSKA63 with the integration of CTS, ATC, and CNC automation system, HIT completed the machining process by enhancing the material removal rate (MRR) from 65.54 mm3/min (non-ultrasonic) to 533.64 mm3/min (HIT ultrasonic).  This helps reduce the overall processing time over 85%, from 26 minutes 44 seconds to 3 minutes 17 seconds. F15. Quartz drilling processThis feature is widely applied in the Optoelectronics industry and Defense and Aerospace industry, especially being used for quartz lens, quartz reflector lens, quartz lens for gyroscope etc.More information on Quartz : Deep hole drilling   Quartz Machining FAQ  Q1  When machining quartz glass, it often produces great deal of powder.  The accumulated powder may severely clog the diamond cutting tool and have a serious impact on both the tool life and the quality of workpieces.  How does HIT's ultrasonic technology deal with this situation?A1  HIT's ultrasonic-assisted machining technology provides the superimposition of the tool rotation with a high-frequency oscillation in longitudinal direction, generating over 20,000 times of micro-vibration per second.  The mechanism helps reduce cutting forces and facilitates chip removal process.  HIT’s ultrasonic high-frequency micro-vibration allows chips to break easily and lessens the occurrences of entangled chips.  With the assistance of high pressure (70bar) coolant through spindle (CTS), it allows the chip removal process even smoother. F16. HIT ultrasonic machining driver moduleMore information on HIT Ultrasonic Machining Module Q2  How to adjust feed rates and amplitude when I start machining Quartz with HIT's ultrasonic machining module system?A2  HIT aims to help clients face the challenges in Quartz machining.  This includes providing the optimum machining parameters and services to ensure clients having the best experiences in using HIT’s ultrasonic machining module system.  It is not just buying a product from HIT, but obtaining the knowledge, services, and efforts from the most professional team.F17. HIT ultrasonic tool holders  Quartz Machining?  Choose HIT Contact us if you are looking for a better way to improve machining efficiency, quality, and tool life.

 About Tungsten Carbide F1. brazed plates made of Tungsten Carbide materialTungsten Carbide, also known as Cemented Carbide, is an alloy of tungsten and carbon.  It is a metal-like substance and is approximately 2 to 3 times as rigid and dense as steel.  Tungsten Carbide is often referred to as a Hard Metal, since it possesses very high hardness in relation to other metals.  The Mohs hardness rating of Tungsten Carbide is around 8.5 ~ 9, and it is an extremely stable substance which does not oxidize under normal temperatures and keeps its stable characteristics even in severe environments.Tungsten Carbide’s hardness and resistance to heat make it an ideal material for cutting tools and high-performance wear parts to be used in the environments under high temperature and high speed.  Due to its exceptional hardness and wear resistance, Tungsten Carbide has a wide range of application in many industry sectors such as metal machining, wear parts for mining, metal forming tools, cutting tips for saw blades, etc.   How Tungsten Carbide Machining Works? Owing to the extremely high hardness of Tungsten Carbide, it is impossible to be machined by traditional machining process such as turning, milling, or drilling.  Though it can be machined by special tools, including PCD, CNB, and ceramic tools, these cutting tools will easily wear out and lose the sharpness.F2. metal material grinding processGenerally, Tungsten Carbide will be grinded with diamond tools or machined by electrical discharge machining (EDM).  Though Tungsten Carbide is machinable by using these machining methods, the machining process is destined to face multiple difficulties and challenges.   Difficulties in Tungsten Carbide Machining Tungsten Carbide Machining Challenges in Quality and Tool LifeTungsten Carbide is incredibly hard and difficult to machine.  Its hardness and brittleness make it easily cracked or chipped during the machining process, and it also chips the cutting tools very easily.  Generally, it is impossible to be machined by traditional machining process.  Though it can be machined by special tools, such as PCD, CNB, and ceramic tools, these cutting tools lose their sharpness easily.F3. carbide cutting tools for industrial applications Tungsten Carbide Machining Challenges in EfficiencyThe control of vibration and cutting force is extremely important to machining Tungsten Carbide, in virtue of its high density, rigidity, and brittleness.  If the vibration and cutting force are not well-controlled, it is very subject to micro cracks and fragmentation.  Therefore, the machining process is often extremely time-consuming and has constantly been tormenting the processing manufacturers when dealing with this material.   What Does HIT Ultrasonic Machining Bring to Tungsten Carbide Machining? F4. Tungsten Carbide machining processHIT’s ultrasonic-assisted machining technology provides the superimposition of the tool rotation with a high-frequency oscillation in longitudinal direction, generating over 20,000 times of micro-vibration per second.  The mechanism helps reduce cutting forces and facilitates chip removal process.F5. HIT's ultrasonic machining technology with high-frequency oscillation in longitudinal direction facilitates chip removal processThe reduction in cutting forces not only decreases frictions between tools and workpieces, but also allows feed rates to be increased.  This greatly improves the quality of workpieces and the stability of tool life, and saves quite an amount of processing time.F6. HIT's ultrasonic machining technology helps reduction in cutting force, bringing more stability in tool lifeFacilitating chip removal process diminishes frictions on both tools and workpieces caused by excessive amount of chips.  HIT’s ultrasonic high-frequency micro-vibration allows chips to break easily and lessens the occurrences of entangled chips.  This also displays a great benefit to both the quality of workpieces and the stability of tool life.More information on HIT Ultrasonic Machining Technology   Two Successful HIT Cases of Tungsten Carbide Machining Tungsten Carbide Machining Case 1 : (Slot) Trochoidal MillingF7. Tungsten Carbide ultrasonic-assisted (slot) trochoidal milling workpieceWith HIT ultrasonic, the high frequency micro-vibration allows the tool to constantly lift from workpiece.  This brings better inflow of cutting fluid, offering better cooling effect and easier chip and carbonized diamond powder evacuation.F8. HIT ultrasonic-assisted slot trochoidal milling of tungsten carbide achieved better surface qualityUnder the same cutting parameters, with HIT ultrasonic, it helped reduce the surface roughness of the slots.  There was no obvious tool marks or scratches left on the surface compared to that without ultrasonic.F9. HIT ultrasonic-assisted slot trochoidal milling of tungsten carbide brought better chip evacuation, preventing chips or carbonized diamond powder stuck on the toolBetter chip and carbonized diamond powder evacuation helps reduce friction between tool and workpiece, which then reduces the cutting forces.  This not only prolongs the tool life, but also helps enhance over 2x higher material removal volume.More information on Tungsten Carbide: (Slot) Trochoidal Milling Tungsten Carbide Machining Case 2 : Threading & GrindingF10. Tungsten Carbide threading & grinding workpiece HIT carried out threading (M10x1.5P) and grinding (h-shape) on a 50x70x10mm Tungsten Carbide workpiece.  Using HIT’s ultrasonic tool holder HSKA63 with the integration of CTS, ATC, and CNC automation system, HIT completed the entire machining process within 5 hours, compared to over 12 hours by the traditional EDM process.  The surface roughness of the h-shape grinding went from Ra > 0.8μm to the average of Ra < 0.1μm.This feature is widely applied in the Precision Machinery industry, especially being used for Tungsten Carbide molds and punches.More information on Tungsten Carbide : Threading & Grinding   Tungsten Carbide Machining FAQ   Q1  How do I know the tools I used to machine Tungsten Carbide can be fitted into HIT’s ultrasonic machining module system?A1  HIT’s ultrasonic machining module has the ability to automatically scan for the proper frequency of the corresponding tool (within the standard frequency range of 20 – 32kHz).  The system can even further adjust the frequency range, depending on specific tools used by the clients.  Over the years, most of the tools in general have been validated to be available for HIT’s ultrasonic machining module system.F11. HIT ultrasonic machining driver moduleMore information on HIT Ultrasonic Machining Module Q2  How to adjust feed rates and amplitude when I start machining Tungsten Carbide with HIT’s ultrasonic machining module system?A2  HIT aims to help clients face the challenges in Tungsten Carbide machining.  This includes providing the optimum machining parameters and services to ensure clients having the best experiences in using HIT’s ultrasonic machining module system.  It is not just buying a product from HIT, but obtaining the knowledge, services, and efforts from the most professional team.F12. HIT ultrasonic tool holders  Tungsten Carbide Machining?  Choose HIT Contact us if you are looking for a better way to improve machining efficiency, quality, and tool life.

IntroductionAmong the variety of milling machine types, bed mills are renowned for their robust construction and high-efficiency machining capabilities, making them a staple in heavy-duty manufacturing industries. This article explores the design, functionality, and various applications of bed mills in modern manufacturing, including the integration of Yih Kuan’s turret milling head, which enhances the versatility and performance of these machines.Bed Mill OverviewDefinition and FeaturesDefinition: A bed mill is a type of heavy-duty milling machine characterized by a worktable fixed onto the machine’s bed, with the spindle moving vertically along the Z-axis.Key Features: Bed mills are known for their high structural rigidity, large table surface area, and excellent load-bearing capabilities, making them ideal for machining large and heavy workpieces.Major ComponentsSpindle Assembly: Drives the cutting tools for various machining operations.Worktable: Secures the workpiece, capable of moving only along the X-axis (horizontal direction).Column and Bed: Provides support for the vertical movement of the spindle, ensuring the machine’s overall rigidity and stability.ApplicationsAerospace: Utilized for machining structural components and engine parts that require extreme precision and rigidity.Mold Manufacturing: Particularly suitable for processing large molds, such as automotive stamping molds.Heavy Industry: Used in the manufacture of large machinery and equipment components, such as generators and large transmission systems.Technological Advances and InnovationsModern bed mills are frequently equipped with CNC systems, significantly enhancing the precision and automation of the machining process. Higher-end models may feature rotating or moving tables, providing greater flexibility and expandability.Maintenance and CareRegular Inspection: Emphasizes the importance of checking lubrication systems and moving parts to ensure smooth operation and longevity.Cleaning and Protection: Due to the size and weight of bed mills, maintaining cleanliness and proper protective measures are crucial to prevent rust and wear.Introducing Yih Kuan’s Turret Milling Head for Bed MillsYih Kuan’s turret milling head is specially designed for use with bed mills, offering enhanced functionality and flexibility. This milling head provides high torque output, making it highly effective for both heavy-duty cutting and precision tasks. The design features quick tool change capabilities, minimizing downtime and boosting productivity. Its compatibility with bed mills allows for a broader range of applications, from simple surface jobs to complex machining operations involving multiple axes.ConclusionBed mills play an indispensable role in the heavy machining sector. As technology evolves, the functionalities of these machines continue to advance to meet the increasingly stringent demands of modern manufacturing. For manufacturers seeking efficient and high-precision machining solutions, understanding and utilizing the advanced features of bed mills, such as those offered by Yih Kuan's turret milling head, is crucial to success. This integration not only enhances the machine's capabilities but also ensures optimal performance and output in challenging industrial tasks.

KINWA (KINWA Lathe): A Fifty-Year Legacy of Corporate Spirit and InnovationThe Spirit of Sustainable Management: KeepingSince its establishment in 1968, KINWA has always adhered to the spirit of sustainable management. For us, "Keeping" means continuously optimizing our business operations and protecting the environment, ensuring the long-term development and prosperity of the company. Our goal is not only to achieve immediate success but also to build a solid foundation for future generations.The Spirit of Inheritance"Inheritance" holds a significant place in the core philosophy of KINWA. We cherish the knowledge and technology accumulated over the past 50 years and are committed to passing these valuable technical legacies on to the next generation. Through continuous education and training, we ensure the preservation and development of our professional knowledge and craftsmanship.Guiding Improvement: NavigateAt KINWA, "Navigate" represents our commitment to continuous improvement. We constantly seek new methods to optimize our processes and services, ensuring that we can meet market changes and fulfill customer needs. Our goal is to guide industry standards through innovation and efficiency.Winning Customer SatisfactionIn this highly competitive market, "Win" for us means winning customer satisfaction. KINWA values each customer's experience and is dedicated to providing products and services that exceed expectations. Our success is built on the foundation of establishing long-term customer relationships.Quality First: Accuracy"Accuracy" is another key value of KINWA, representing our commitment to quality first. Whether it's product design, manufacturing, or service, we adhere to the highest quality standards. This attention to precision and detail is the cornerstone of earning our customers' trust and respect.Conclusion: KINWA Moving ForwardFor fifty years, KINWA has been continuously progressing and innovating. Our corporate spirit—'Keeping Sustainable Management,' 'Inheritance of Technical Knowledge,' 'Navigate Continuous Improvement,' 'Win Customer Satisfaction,' and 'Accuracy in Quality'—not only represents our past but also guides our future. As we move towards the next fifty years, KINWA will continue to uphold these core values, creating greater value for our employees, customers, and society.

Introduction: Selecting the perfect milling head is a crucial step in optimizing your machining operations. YIH KUAN, a leader in milling head solutions, offers a diverse range of options, including the Gantry Milling Head (Plano Milling Head), CNC Milling Head, Turret Milling Head (Bridgeport Milling Head), and Angle Milling Head (Angle Head). In this comprehensive guide, we will explore the distinctive features of each milling head and provide insights into choosing the ideal one for your specific machining needs. Gantry Milling Head (Plano Milling Head): Ideal for large workpieces and heavy-duty machining. Offers exceptional stability and precision in plano milling applications. Consider for projects requiring extensive material removal and high accuracy. CNC Milling Head: Incorporates advanced computer numerical control (CNC) technology for unparalleled precision. Enables complex and intricate machining tasks with ease. Suitable for industries demanding high repeatability and efficient programming. Turret Milling Head (Bridgeport Milling Head): Known for its versatility and ease of repositioning, providing flexibility in machining. Excellent for both simple and complex milling operations. Consider for applications where quick tool changes and adaptability are essential. Angle Milling Head (Angle Head): Designed for machining at various angles, enhancing the versatility of your milling machine. Perfect for applications requiring multi-angle cuts and intricate shaping. Offers increased accessibility to challenging workpiece features. Considerations for Selection: Workpiece Requirements: Evaluate the size, material, and complexity of your workpieces to determine the milling head that best suits your needs. Precision and Accuracy: Consider the level of precision required for your machining tasks. CNC Milling Heads are optimal for high-precision applications. Flexibility and Versatility: Assess the range of machining tasks you perform regularly. Turret Milling Heads and Angle Milling Heads provide versatility for a variety of projects. Ease of Integration: Ensure seamless integration with your existing milling machine. YIH KUAN's milling heads are designed for easy installation and compatibility. Conclusion: YIH KUAN's commitment to innovation and quality is reflected in its range of milling heads. Whether you prioritize stability, precision, versatility, or advanced CNC capabilities, YIH KUAN has the perfect milling head for your machining requirements. Explore the options available at YIH KUAN's product page to elevate your machining capabilities and achieve unparalleled results. 

Here, we delve into the close relationship between Chin Ho Lathe and Chin Hung Precision Co., Ltd., exploring the rich and unique history of this brand.The Birth and Development of Chin Ho LatheThe story of Chin Ho Machine Factory began in 1968, when our founder started an impressive manufacturing journey with just one lathe. In 1973, with the official establishment of Chin Ho Machine Factory, we focused on manufacturing high-quality lathes, quickly establishing our own brand in the industry, known as "Chin Ho Lathe."The Transformation of Chin Hung MachineryWith the progress of time and growing market demands, by 1980, we not only expanded our factory size but also upgraded our company to a limited company, renaming it "Chin Hung Machinery Co., Ltd". Despite this change in name, the core values and commitments of the "Chin Ho Lathe" brand remained constant.Enhancing the International Brand ImageIn order to further enhance our image in the international market, we started using the Japanese pronunciation of "Chin Ho", "KINWA," as part of our brand name in 2000. This move not only highlighted our global vision but also brought broader recognition to the brand.Innovation in Brand Identity SystemBy 2023, we innovated once again, launching a new brand identity system "KINWA". It combines a blue rectangle symbolizing the rotating workpiece and a green pointed shape representing the turning tools, cleverly integrating a hidden letter 'K,' symbolizing our relentless pursuit of innovation and commitment to brand heritage.Gratitude and Future OutlookOver the years, whether as "Chin Ho Lathe" ,"KINWA Lathe" or "Chin Hung Machinery Co., Ltd.," we have always maintained the same professional spirit and heritage, continually providing our customers with the highest quality lathe products. We are extremely grateful to every customer and partner for their support and trust over the years. Looking forward, we will continue to strive, constantly innovate, and take our brand to an even broader future.We look forward to witnessing the next milestone of "KINWA"  with you!#IndustrialManufacturing #TraditionalInnovation #QualityAssurance #ChinHoLathe #ChinHungMachinery

The answer is yes.It is possible to only replace the milling machine head without replacing the entire machine. The head of a milling machine typically includes the main spindle, the tool holder, and the control system, among other components, and these parts may need replacement due to wear and tear, technological advancements, or changes in production requirements.Here are some scenarios where replacing only the milling machine head might be considered:Technological Advancements: If a new milling machine head offers a more advanced control system, higher spindle speed, faster feed rates, or other advantages that are crucial for the existing machine, considering only replacing the head is a viable option.Changes in Production Requirements: If there are changes in production demands and the new milling machine head better meets these changes without requiring a full machine replacement, then replacing only the head may be an economically efficient solution.Cost Considerations: The cost of replacing an entire machine can be relatively high, and replacing only the head might be a more cost-effective option, especially for small to medium-sized businesses or those with budget constraints.Maintenance Reasons: If the other components of the machine are still in good condition and it's only the head that is experiencing issues, replacing only the head can be an effective maintenance solution.However, it's essential to ensure that the new head is compatible with the existing machine, considering factors such as size, control systems, power requirements, and other aspects. 

In-Depth Guide to Purchasing Traditional Lathes: Key Considerations Shared by Industry ExpertsIn today's industrial manufacturing sector, selecting the right lathe is pivotal for enhancing production efficiency and ensuring product quality. For businesses and professionals planning to purchase a traditional lathe, understanding the key considerations is crucial. Here are the seven essential factors to consider, as recommended by industry experts:1. Application and Workpiece SpecificationsWhen choosing a lathe, the first consideration should be the type, size, and material of the workpieces you intend to process. Your choice of lathe should be based on whether it's used for general metalworking, heavy-duty machining, or precision engineering.2. Lathe SizeThe bed length, swing over the bed, and maximum turning diameter of the lathe are critical factors that determine the size of workpieces you can process. Choosing a lathe with the appropriate dimensions ensures that your machining needs are met.3. Power and Speed RangeSelecting the appropriate speed range based on the material and machining requirements is crucial. Consider the spindle speed of the lathe and whether it offers the suitable speed gears and ranges for your specific needs.4. Accuracy and RepeatabilityDifferent production requirements call for varying levels of accuracy and repeatability. For applications requiring high precision, choosing a lathe with high accuracy specifications is key.5. Brand and After-Sales ServiceOpting for a well-known brand can generally guarantee better quality and service. Good after-sales service not only provides necessary technical support but also saves on future maintenance and repair costs.6. Safety FeaturesOperational safety is an aspect that cannot be overlooked in industrial manufacturing. Ensure that the chosen lathe is equipped with adequate safety features, such as emergency stop switches and guards, which are essential for the safety of the operators.7. Budget and PriceAfter considering all technical specifications and functional requirements, your choice should also take into account the budget. Selecting a lathe that fits your budget while meeting all your needs is a wise decision.Additional TipsBeyond these basic elements, when selecting a lathe, you should also consider additional accessories, tools, and the expandability of the lathe. These factors can impact your final purchasing decision.Purchasing a traditional lathe is an important and complex process. With these professional insights, you can make a more informed choice, ensuring that your investment yields the maximum return.

The introduction of automation equipment has consistently been at the core of development in Industry 4.0 and intelligent manufacturing, providing an effective solution to the challenging issue of labor shortages by substituting machinery for manual labor. Using robotic arms to replace human workers in environments with high repeatability and high risk significantly reduces the chances of occupational safety incidents. This is particularly relevant in traditional sheet metal processing plants with challenging working conditions, greatly enhancing the safety of operators and serving as a boon to employee health and occupational safety. This year, the Thai subsidiary of the Syntec Group assisted an international sheet metal factory in Bangkok in implementing automated production equipment. The company faced a major challenge as its production scale continued to grow annually, yet it operated within the constraints of its existing facility size. This resulted in employees having to process a vast and diverse range of sheet materials in a space that was insufficiently utilized and poorly lit, using methods that were not ergonomic.In response to this challenge, the Syntec x Leantec Thailand branch utilized the Leantec LRA-1717 Six-joint Robotic Arm equipped with sensors and peripheral feeding devices. This series of arms can easily pick up and place approximately 3.0 kg of sheet material in just 3 seconds, equivalent to the capability of four operators and can operate continuously throughout the day. This doubles processing efficiency and, more importantly, creates a safer and more friendly working environment.    To address this challenge innovatively, the Syntec Thailand team conceived an autonomous robot station capable of accurately picking up metal sheets and placing them on trays. Considering the need for versatility in handling different-sized sheets, a universal vacuum gripper for metal sheets was installed on the robotic arm, easily adjustable to accommodate various dimensions. Additionally, the Syntec Thailand team provided a customized user interface to make programming and controlling the robot user-friendly for operators.  Figure 1: Porters work in difficult and uncomfortable conditions  Figure 2: Introduction of robotic arms to reduce the handling work of four operators In a significant move aimed at prioritizing employee health and safety, sheet metal industry players are embracing cutting-edge technology. Thanks to the recent factory upgrade initiative, not only has production efficiency doubled, but it also aligns with the energy-saving, carbon-reduction, and ESG (Environmental, Social, Governance) benefits promoted vigorously by government policies in recent years. The upcoming article will delve into the advantages of carbon footprint reduction when employing robotic arms compared to human labor. Stay tuned for an in-depth exploration of this pivotal topic.

Cosen integrates the sensor data from the three major components of the structural steel fabrication line – bandsaw machine, drilling machine, and infeeding / outfeeding system. We upload this key data to Cosen remote service platform to achieve failure prediction and diversified production. Through algorithm, machine learning, and data collecting, we develop advanced applications including machine health assessment and self-adjustment mechanism to further upgrade this smart factory with maximum utilization.Main Technical Features²High-Standard CNC Controller²Automatic Tool Changer²Control Panel with 14” Colored Touchscreen²SSS Control (Super Smooth Surface)²3D Programming Software²In-the-moment Prevention and Alarm Notification²Program Customization ServiceIn addition, the machine's features can be presented through the MR experience - a spatial recognition (MR) method. Users can click on the interactive buttons and watch the explanations of each part, as well as the operation animation in an immersive way.Usage:Please download the MAKAR app and open the project by clicking this link:https://ssl-api-makar-v3-apps.miflyservice.com/Makar/deeplink/?url=mifly://makar/?openpage=ProjectPlayPage&projectType=ar_slam&projectId=49572626-97e9-4d2a-a3da-5cc25a7952a6or You can scan the QR-CODE above with your mobile phone to open the WEB AR version for browsing, Android is Google Chrome, and IOS is Safari.

ARAZ-600

Amidst the tide of advanced technology in today's manufacturing industry, traditional lathes have emerged as a captivating craft. Despite the gradual rise of CNC lathes, the unique heritage craftsmanship and technological allure of traditional lathes remain undeniable. Through the manipulation of mechanical handwheels and manual operations, traditional lathes demonstrate exceptional turning and threading capabilities, solidifying their position as an excellent choice for processing rotationally symmetric components.1. Exquisite Craftsmanship:Operating traditional lathes demands proficient artisanal skills, precise tool manipulation, and an abundance of professional knowledge. Leveraging the finesse of mechanical handwheel manipulation, workpieces gracefully rotate on the spindle, while the toolholder is manually adjusted by the operator for precise cutting. This intricate manual operation imbues each processing step with an artistic significance, ensuring the precision and quality of the finished product. The synergy between artisans' dexterity and extensive experience makes the traditional lathe a tool for crafting art.2. Fusion of Tradition and Modernity:Despite the clear advantages of automation and efficiency held by CNC lathes, the flexibility and adjustability of traditional lathes continue to attract customers with unique processing requirements. For non-standard-shaped components, traditional lathes offer adaptability, rendering them the unparalleled choice. This fusion of traditional and modern technology enhances the competitive edge of traditional lathes in the market.3. Heritage and Technological Allure:With a history spanning centuries, traditional lathes have witnessed the passing down of techniques through generations. The allure of inherited craftsmanship is deeply embedded in the fabrication of every component, and each operation pays homage to history and continuity. The preservation of craftsmanship is not merely a technical continuation but also the perpetuation of past wisdom, allowing historical value to shine in the modern era.4. Enhancing Product Quality:For certain specialized components, traditional lathes remain indispensable. In sectors like aerospace, medical, and high-precision instrument manufacturing, traditional lathes offer heightened accuracy and surface quality during machining, ensuring products meet the highest quality standards. This advantage in exceptional quality positions traditional lathes as indispensable players in critical fields.5. Future Outlook:Despite the pressures of competition from CNC lathes, traditional lathes are far from obsolete. Craft enthusiasts and artisans still uphold the traditional lathe as a precious tool, viewing it not only as a manufacturing device but also as a revered asset. Looking ahead, traditional lathes are poised to seamlessly integrate with CNC lathes and other modern machining technologies, unveiling new possibilities. The future of traditional lathes is poised for diversity, evolving into a masterpiece that intertwines modern technology and ancient craftsmanship.In summary, traditional lathes embody not only the inheritance of craftsmanship but also an inexhaustible technological allure. Their exceptional role in the modern manufacturing industry will continue to be vital as times evolve. Whether as a testament to the past or a revelation of the future, traditional lathes will persist in guiding the development of manufacturing, scripting a new chapter in the legend of craftsmanship. Let us collectively witness the resplendence of this remarkable skill in the future!

未來旭陽公司的發展方向將透過建立優質品牌、拓展行銷管道、強化售服體系及佈局新興市場，以擴大產業規模與全球市佔率。為體認客戶之需求，提昇產品之品質，本公司不斷的添增新設備，吸取新資訊，開發具有經濟價值之新產品，且銷售市場已遍佈世界各國，於各國各地都委任經驗豐富之代理商，提供維修技術，定期與不定期和代理商或終端客戶檢討溝通，以加強日後機械改進及競爭能力，繼續挖掘市場潛力。GSA+ VR show room: https://webxr.miflyservice.com/cd/?uid=8aa23129-5902-4f47-bf38-d7b553dc3d4b&pid=d67ec9cd-e5d0-457c-ad41-40a0c58f593b&openExternalBrowser=1

CNC Tilting Rotary table PAR-500BRIE is a composite five-axis indexing table developed and designed for the trend of product intelligence and functional compounding in the processing and manufacturing industry. It is a product with high performance and high precision to solve the ever-changing and complex manufacturing situation of processing requirements.In response to the small and diverse processing needs of the market, PAR-500BRIE CNC Tilting Rotary Table has single and two pallets designs. The two pallets can be equipped with APC (Auto Pallet Changer system) or FMS (Flexible Manufacturing System), which can be used for unmanned processing, and improves the production efficiency.To showcase the unique features of our product, we will utilize Mixed Reality (MR) through the app. Users can click interactive icons and physically approach to view and interact with the model. Through immersive viewing of product descriptions and operational animations, customers can learn more about our products.

    In modern manufacturing, surface grinders are an indispensable tool for achieving high-precision grinding of workpieces. As technology advances, two main types of surface grinders are available in the market, namely manual surface grinders and CNC grinders.     There are differences between these two grinding machines in terms of processing methods, technical requirements, and scope of application. This article will take an in-depth look at the features and benefits of manual surface grinders and CNC grinders to help you choose the most suitable machining method.1. Characteristics of manual surface grinder    Manual surface grinders are traditional surface grinder types whose operation relies on the experience and skill of the operator. Manual surface grinders are usually equipped with a manually operated grinding spindle and worktable, and the operator manually controls the feed and feed speed during the machining process. This mode of operation requires the operator to have extensive knowledge and experience in grinding technology and be able to flexibly control the grinding process to ensure the quality of the processing results.     The advantages of manual surface grinders are operational flexibility and adaptability. For the processing of some special shapes and small batches of workpieces, manual surface grinders have more advantages. It can adjust the parameters in the grinding process according to different processing needs to achieve flexible processing methods.     However, the way a manual surface grinder operates comes with some drawbacks. First of all, it has high technical requirements for operators and requires a long period of training and practice to master it proficiently. Secondly, due to different experience and technical levels of operators, there may be large differences in processing efficiency and processing quality. Moreover, the processing efficiency of manual surface grinders is relatively low and cannot achieve large-scale and high-efficiency production.    PROTH Industrial's small saddle surface grinders PSGS-1535M, PSGS-1545M and PSGS 2045M models provide manual grinding machines with small processing sizes of 150X350mm, 150X450mm and 200X450mm. If you have any needs, please contact us immediately, or refer to the official website for detailed specifications. : https://www.proth.com.tw/product/4/data/1#parentHorizontalTab2.2. Characteristics of CNC  grinder    In contrast, CNC grinders use advanced CNC technology to achieve automated processing. It is equipped with a CNC grinding spindle and working table. The operator sets the processing parameters through the program editor, and the grinder can automatically complete the processing process according to the preset parameters, achieving high-precision and high-efficiency processing.     The advantages of CNC grinders are high precision and high efficiency. It can achieve micron-level grinding accuracy, ensuring that the precision and surface quality of the workpiece reach extremely high standards. At the same time, the automated processing method of CNC grinders greatly improves production efficiency, reduces the error rate of manual operations, and ensures product consistency and quality.    CNC grinder controllers are usually equipped with a friendly human-machine interface. The operation interface is simple and intuitive, allowing operators to get started quickly. It can also reduce human operation factors, ensure the consistency and quality of processing, and reduce processing differences caused by different technical levels of operators.     However, CNC grinders also present some challenges. First of all, its equipment cost is high, and it requires complex program editing and parameter settings, and the technical requirements for operators are relatively high. Secondly, troubleshooting and maintenance of CNC grinders require professional technical support, which may result in some downtime and increased production costs.    PROTH Industrial launches the medium-sized column forming grinder PSGC-50100E, which meets the above-mentioned advantages of CNC grinders. The three-axis servo control and three-axis linear guide not only provide high efficiency during the grinding process, but also enable precise positioning. It is equipped with a conversational controller for easy operation. It is easy to operate and can record each processing parameter without having to re-edit each time it is turned on. The full-cover streamlined appearance and low decibel processing noise are in line with today's environmental protection trends. If you have CNC processing needs, please contact us immediately, or refer to the official website for detailed specifications: https://www.proth.com.tw/product/11/data/42.3. Manual surface grinder vs. CNC surface grinder: choose the processing method that suits you         Choosing a manual surface grinder or a CNC surface grinder depends on your machining needs and budget. If you work in smaller batches and require greater flexibility, a manual surface grinder may be a good choice. It is suitable for processing some special shapes and small batches of workpieces, while having low equipment costs and maintenance costs. If your processing runs are larger and require high precision and efficiency, a CNC surface grinder will be a better choice. It enables high-precision processing, improves production efficiency, and ensures product consistency and quality. Although the equipment cost of a CNC surface grinder is higher, its automated processing methods and high efficiency will help you save labor costs and production costs.4. Conclusion     Manual surface grinders and CNC surface grinders each have unique features and benefits. Manual surface grinders have the characteristics of flexible operation and strong adaptability, and are suitable for processing special shapes and small batches of workpieces. The CNC surface grinder has the characteristics of high precision and high efficiency, and is suitable for large-scale and high-efficiency production and processing.    Choosing the processing method that suits you needs to be decided based on your processing needs, budget and technical level. Last Industry offers traditional and CNC grinding machines in various sizes and grinding types, all of which will bring excellent results and excellent processing quality to your machining process. Contact us now: https://www.proth.com.tw/contactus.

．Turning & Milling in one set-up．Y-axis travel 260 mm (10.2")．Max. turning dimension Ø500 x 1075 mm．Turning spindle 4200 rpm / 15 KW with 8” chuck for Vmt-X200, or 3500 rpm / 22 kW with 10” chuck for Vmt-X260Milling spindle 12000 rpm / 22 kW．with HSK-T63 / A63 tooling．ATC-40 toolsAPP：https://ssl-api-makar-v3-apps.miflyservice.com/Makar/deeplink/?url=mifly://makar/?openpage=ProjectPlayPage&projectType=ar_slam&projectId=a9e3ecab-d5cd-43af-87b4-e6d6cb0e44f3Web：https://webxr.miflyservice.com/cd/?uid=03815024-4e1e-463a-be81-04cee1315267&pid=770e07a9-e3f6-4b98-8c44-3e8982477400&openExternalBrowser=1

Expert Insights into Machine Tool Knowledge: Exploring Lathe Categories and ApplicationsMachine tools play a pivotal role in the manufacturing sector, and among these tools, the lathe stands out as a common and indispensable machine tool. The lathe is renowned for its capability to process symmetrical components, and based on its distinct characteristics, we can categorize lathes into several primary types, each of which we will delve into.1. Functional Classification:Conventional Lathe:This type of lathe employs mechanical handwheels or manual controls to finely manage the cutting process. While it requires the operator's direct involvement, conventional lathes remain a practical choice in specific contexts.CNC Lathe (Computer Numerical Control Lathe):Equipped with a computer numerical control system, CNC lathes can automatically govern the cutting process. This not only enhances production efficiency but also ensures higher machining accuracy, rendering them an integral part of modern manufacturing.2. Structural Classification:Flat Bed Lathe:In flat bed lathes, the tool post remains parallel to the ground, and the workpiece is positioned on a horizontal bed. This design provides enhanced stability for operations, making it suitable for a variety of machining tasks.Slant Bed Lathe:In slant bed lathes, the tool post is angled, and the workpiece is positioned on a tilted bed. This unique structure aids in the more efficient expulsion of chips, consequently elevating machining efficiency.Vertical Lathe:The tool post in vertical lathes is perpendicular to the ground, and the workpiece is processed on a vertical spindle. This design is commonly employed for specific machining requirements, such as hole drilling.3. Capability Classification:Single-Axis Lathe:Capable of machining solely along a single coordinate axis, single-axis lathes have limited capability. Nevertheless, they find utility in simple component machining tasks.Multi-Axis Lathe:Multi-axis lathes can simultaneously operate on multiple coordinate axes, providing enhanced machining versatility and flexibility. This is particularly critical for the machining of intricate components.4. Size-based Classification:Small-Sized Lathe:Suited for machining small-sized components, these lathes are ideal for precision work.Medium-Sized Lathe:Suitable for processing medium-sized components, medium-sized lathes find widespread application across various industrial sectors.Large-Sized Lathe:Designed to handle larger components, such as propeller shafts, large-sized lathes accommodate greater dimensions and weights.5. Process-based Classification:Conventional Lathe:Primarily employed for flat, cylindrical, and helical surface machining, conventional lathes enjoy a broad application spectrum, making them the preferred choice for many machining tasks.Specialized Lathe:Utilized for shaping components with unique shapes or purposes, such as multi-axis lathes and thread-cutting lathes, these machines are adept at tackling more challenging machining operations.Different types of lathes offer distinct advantages in various scenarios. By comprehending specific requirements, we can better select the appropriate lathe, ensuring efficient and precise machining processes. Whether it's a conventional lathe or an advanced CNC lathe, they all play pivotal roles in modern manufacturing.

AUTOGRIP Machinery has introduced automated production equipment and machine networking. Apart from increasing production capacity, it has effectively reduced human labor input and significantly lowered error rates in production, further ensuring product stability and reliability. In the future, the new factory will undertake the primary task of large-scale production of standard products. AUTOGRIP Machinery is dedicated to digital transformation and is moving comprehensively towards an automated factory.AUTOGRIP WEB : www.autogrip-machinery.com #AUTOGRIP #GreatRigidity #InfalliblePrecision #PowerChucks #RotaryCylinders #clampingseries #AUTOMATED

What is the Lathe? The Concept of Turning ProcessThe lathe, also known as a turning machine, is a type of machine used for performing turning operations.Turning process refers to the method of cutting and shaping an object's surface by rotating the object itself and using cutting tools, resulting in a smooth and symmetrical shape.This process is somewhat similar to the hand-throwing process in pottery making. Just like when crafting pottery, the clay keeps rotating, and the artisan shapes the clay into a symmetrical form by hand. Additionally, any rough or uneven parts can be smoothed out using bamboo strips to create a polished appearance.In the turning process, the object being worked on is referred to as the "workpiece," while the tools used for cutting are called "tools" or "cutting tools."To secure the rotating workpiece, a "fixture" or "clamping device" is utilized, and the axis that enables the rotation of the workpiece is known as the "spindle."Lathes can be classified into two types: vertical lathes and horizontal lathes. The "vertical lathe" has its spindle oriented vertically, while the "horizontal lathe" has its spindle parallel to the ground.Both vertical and horizontal lathes have their respective applications, used for different types of turning operations.#Lathe #Turning  #Cutting Tools  #Workpiece #Fixture #Spindle #Machining

The 5-axis machining center is a pivotal technology in modern manufacturing, showcasing unparalleled machining capabilities across various industries. With features like multi-axis positioning, high-precision machining, and automated production, it finds widespread applications in aerospace, automotive manufacturing, medical equipment, and more. This article delves deep into the realms of 5-axis machining center applications and their advantages in enhancing processing efficiency, reducing costs, and optimizing machining quality. Let's unveil the enigmatic facade of the 5-axis machining center and explore the future trends of multifunctional machining. Features of the 5-Axis Machining CenterDistinguished by its multi-axis positioning, the 5-axis machining center offers greater flexibility and multifunctional machining capabilities compared to traditional 3-axis or 4-axis counterparts. This positioning capability enables the 5-axis machining center to achieve high-precision machining on complex surfaces, meeting modern manufacturing demands for precision components. Moreover, the automated production feature of the 5-axis machining center enables continuous processing, significantly saving production time and labor costs. Applications of the 5-Axis Machining CenterAerospace IndustryIn the aerospace sector, intricate engine parts, wing structures, and more demand high-precision machining. Leveraging its multi-axis positioning capability, the 5-axis machining center accomplishes multi-angle machining within a single clamping, reducing processing cycles and ensuring part precision, thereby elevating product quality. Mold ManufacturingThe realm of mold manufacturing benefits from the efficient processing capabilities of the 5-axis machining center. Unlike traditional mold machining that involves multiple clamping and adjustments, the multi-axis positioning of the 5-axis machining center enables multi-sided machining in a single clamping. This improves production efficiency while reducing errors caused by repeated clamping and adjustments. Medical EquipmentManufacturing medical devices require highly precise machining techniques. The 5-axis machining center excels in the intricate machining of small medical instruments, ensuring surface smoothness and dimensional accuracy. This guarantees the safety and reliability of these devices in medical applications.                                     Advantages of the 5-Axis Machining CenterReduced Production CycleThe multi-axis positioning capability of the 5-axis machining center enables multi-angle machining within a single clamping, significantly shortening processing cycles. Additionally, its automated production feature facilitates continuous processing, minimizing human wait times and boosting production efficiency. Enhanced Machining EfficiencyDuring complex surface machining, the 5-axis machining center maintains workpiece stability, reducing machining errors caused by repetitive clamping and adjustments. This substantially enhances machining efficiency. Cost ReductionThe ability of the 5-axis machining center to perform multi-angle machining in a single clamping reduces time losses from clamping and adjustments. Moreover, automated production saves labor costs. Collectively, these factors lower production costs, enabling businesses to maintain competitiveness in a competitive market. Optimized Machining QualityThe high-precision machining capability of the 5-axis machining center ensures dimensional accuracy and surface smoothness of machined parts while decreasing waste due to machining errors. This contributes to improved product quality, reinforces the brand image of businesses, and enhances customer satisfaction. Here are some additional examples of 5-axis machining applications：https://www.gen-tiger.com/en/application-categories    

Mechanical flange is a common connection method used in engineering, machinery, and pipeline systems. It is used to connect two edges on flat surfaces, typically connecting pipes, valves, pumps, or other equipment together.The main features of mechanical flanges are their ease of disassembly and reliable sealing, making them an essential connection method in many industrial and commercial applications. Here are some characteristics of mechanical flanges:Characteristics:Disassembly: Mechanical flanges are typically composed of two flange faces (flat plate-like parts) and several bolts and nuts. This allows the flange to be easily disassembled and reinstalled, facilitating maintenance and equipment replacement.Sealing: Mechanical flanges can provide a reliable seal, which is crucial for preventing fluid or gas leaks. Sealing is especially important in applications involving high pressure or hazardous substances.Multiple standards: Mechanical flanges come in various standards, including ANSI (American National Standards Institute), DIN (Deutsches Institut für Normung - German Industrial Standards), JIS (Japanese Industrial Standards), and others. Different standards specify the dimensions, number, and location of bolt holes for the flanges.In summary, mechanical flanges are a widely used connection method in engineering and machinery fields, known for their ease of disassembly and reliable sealing. They provide a convenient connection solution for various applications.Therefore, when customers choose YIH KUAN angle head, they need to consider not only their specific usage needs but also how the angle head will connect to their milling machine spindle head. Does it match in size? We will request customers to provide the spindle drawing to assist in checking the dimensions. Once the flange design is confirmed, customers can make the flange themselves, making it convenient to install the angle head upon receiving it.

This is our firts time to participate MetalTech exhibition in Malasia.We want to give a greatful thank you to the special guest, representative of the Ministry of Economic Affairs in Malaysia - Mr. Zhang.Thank you for visiting our exhibition.The event holed on: 05/31/2023 to 06/03/2023Welcome to stop by and visit us in Metaltech,our  booth #2210.   

Believe us, we want you to succeed more than anyone else!​A good machine makes you good money. With Yida's Vertical machining centers, you no longer have to choose between efficiency and precision. You get to finally experience what if feels like to have high-efficiency production with outstanding precision!​We understand the importance of reliability in the manufacturing. Yida's Vertical machining centers are robust and durable, ensuring stable machine performance and minimizing downtime, thus maximizing the efficiency of your production line!​The X-axis travel of our VMC ranges from 500 mm to 1500 mm. And there are various automation options and measurement devices you could choose from. Don't wait, contact us right away!

AUTOGRIP Intelligent FactoryAUTOGRIP is committed to transforming from a manufacturer to an automated clamping solution provider.In recent years, the company has also increased its investment in digital transformation, establishing a production information system to cope with the increasingly complex manufacturing processes.By integrating manufacturing process information into the production plan, the factory management can be optimized and upgraded, improving product yield, shortening lead times, and reducing inventory.Through the utilization of mobile devices, logistics can be tracked from the initial stages of incoming material inspection and production planning, to the work-in-process management and quality inspection stages. As a result, the production kanban can display real-time information, thereby accelerating the transmission of production data and reinforcing the overall competitiveness of the supply chain. Consequently, customer service efficiency is improved.Link Youtube ↓↓↓INDUSTRY 4.0 SMART MANUFACTURING IN AUTOGRIP

Yida's award-winning machine, ML-560MY, Full Digital Smart Turn-Mill favored by the judges in TIMTOS 2023 is the fruit of Yida's hard work in the field of intelligent manufacturing. With production management, machine monitoring system, process management and maintenance support, Yida create a service system throughout product life management. We aim to break the stereotype of traditional manufacturing, and take both manufacturing and service into account. 

You wouldn’t want to miss Yida’s new generation, high performance, high efficiency, MH-500 Plus!​Box-in-Box design enhances machine stability.Rugged massive linear guideways on X, Y and Z axes maintain precision and ensure rapid traverse rate.The saddle weight is only 50-60% of normal T-type structure column weight. ​Our horizontal machining centers are not only used to massively produce parts in automotive and motorcycle industries but also perfect for processing unconventional parts that require high-speed cutting.​Best of all, you can pair Yida’s horizontal machining centers with automation equipment, boost your production while guaranteeing the quality!​What are you waiting for? Email us at info@yidacnc.com or dial 886-4-23358368!

​Machining centers can also be beautiful!​The MH-500, Yida’s horizontal machining center, has the European-style design. The high accuracy 10-12,000rpm belt-driven spindle and bearing on this machine provide a very high torque rigidity and precision. It’s especially suited to the high-speed machining of aluminium and copper. ​The APC twin-pallet system is manually indexed for loading and unloading, making it an ideal choice for automatic machining operations.​Wanna learn more about the MH-500 and how it surpasses its competitors?Click here to learn moreEmail info@yidacnc.com or call us at 886-423358368!

See how YidaCNC has made our machines smart.With this Key Parts Monitoring System, our users can keep track on the spindle, turret, chip conveyor, electrical cabinet and ball screw.It's user-friendly and efficiency-boosting. No more unexpected downtime!Check out how it works!

Do you know where to find good quality Horizontal Machining Centers?Yida’s MH series will never let you down!​Rapid tool exchange ensures high efficiency.High rigidity avoids thermal deformation.Impressively high precision guarantees your production quality.​From aerospace, automobile and motorcycle industries to small and medium molds,Yida’s Horizontal Machining Centers satisfy all your needs!​What are you waiting for?Pick up your phone and dial 886-4-23358368. Or email us at info@yidacnc.com!Click here to learn more!

Coming in October is the series introduction of Yida's Horizontal Machining Centers!​Yida's high function, high efficiency HMCs are perfect for motorcycle and automotive industry, military and aerospace industries. Moreover, their extremely flexible abilities meet all of the diverse machining needs in your jobshop.

How to make your machine tool stand out in the Industry 4.0 Mode？Then, you need a Cooler to help you control the temperature.But, how should we choose?In these decades, we have continued to develop and innovate.From the beginning only "Control with ON-OFF" - maintains the temperature at ±1KTo the "PID control" and the latest "Frequency Conversion Control" - it can control the temperature range to ±0.01KNow that keeping the range between ±0.01K is the same, isn't it superfluous?No~ No~First, we can imagine the cooler as a person.Then, how to keep the blood (water or oil in the machine) flowing in the body? The answer is that you need a strong heart. And our Compressor is that strong heart. The previous generations used the constant frequency compressors, but our third generation use inverter frequency compressors.Why DC Inverter Cooler? First, we can improve the accuracy of our temperature control from ±1K to ±0.01K. Second, our compressor is updated from constant frequency to inverter frequency. Third, from the beginning our loading rate has been maintained at high rate of consumption.Now, our rate of consumption is provided based on the current desired loading rate.Habor's Inverter Cooler makes your machine tool more perfect. Welcome to visit our website for more information: https://www.habor.com/搜尋 🔎 @haborcooler 加入《HABOR哈伯》LINE好友 了解更多😆 https://page.line.me/haborcooler

BORE AUTOMATION TECH. CO., LTD was founded in 2004, is the professional leading manufacturer and provider of advanced industrial control modules in Taiwan. For over 15 years, we are now the largest manufacturer of I/O relay module, interface module, cable assembly in Taiwan. We are specialized in the design, develop, manufacture, and distribute of innovative industrial automation solutions for a wide range of industries. Since 2005 we have distributed products internationally to 40 countries on an OEM & ODM basis and under the group’s own brands. Bore's board product offering can be found in applications for the industrial automation, factory automation, machine tool, semiconductor equipment, automatic control and inspection, residential building and system integrator in the world. Bore's I/O relay and interface modules are designed to be compatible with various of PLC and CNC controllers in market. We offer reliable solutions to maximize the efficiency and performance of your machine or factory. Our products are highly acknowledged among our esteemed clients for their apprehensive features such as low power functionality and low maintenance. Our relay modules can be availed in various customized specifications. To ensure our products to meet the highest quality standards requires world class testing capability. Our factory has been officially approved as a TUV qualified Taiwantrade Supplier verification. All our products are certified RoHS, FCC, and CE compliant.

Haber's latest   DC variable frequency high precision intelligent energy-saving industrial coolerThe first intelligent remote setting, status monitoring, energy management, predictive maintenance and data analysis,Talk to your machine tool to understand its needs;Provide the best energy monitoring to achieve energy saving, sustainable environmental protection. From the intelligent monitoring of Haber coolers, to the high-precision constant temperature of your machine tools, and to bring environmental protection and energy saving to customers! For details, please click the link  https://www.habor.com/

We offer the best for your needs - a high-accuracy temperature control systemIntelligent control innovative equipment, towards #Intelligence Industry 4.0Friendly to Earth, we are also always keep in our mind #ESG Corporate SustainabilityLet's start protect the earth！ The best temperature, the high care, HABOR gives you the best promise.HIG is our three major business concept. High accuracy controlInnovative technology for temperature controlHigh accuracy temperature control ±0.01K  Intelligent ControlSmart remote installation and operationMonitoring System for Energy and Condition Environmental protection and energy savingLow refrigerant consumption for Environmental ProtectionHigh efficiency Motors for Energy-savingWelcome to contact us. you also can visit our website to find more products！ https://www.habor.com/

Carbon emissions cause the greenhouse effect in polar regions. Severe damage has affected polar bears' habitat, putting them under the threat of extinction.Global warming has made the earth feverish！How to improve carbon emissions become the most authentic feedback from enterprises to nature.Habor launches the new HIG DC Inverter Cooler, responding the latest new concept for environmental protection.We are good at not only intelligent mode and high-accuracy control, but also second to none in "Environmental Protection and Energy Saving".Let us tell you why:1. The low refrigerant effectively reduces the GWP value and reduces the refrigerant usage rate by more than 30%.2. Use high-efficiency (above IE3) motors to reduce energy consumption and carbon emissions.DC Inverter Cooler provides the best temperature for the machine tool, keeping up with the trend of environmental protection and energy saving of the times！Take the step sustainable development with Habor！Let's protect polar bears！ https://www.habor.com/

intelligent-chip-conveyor：Nowadays, factories worldwide are talking about smart and unmanned, and chip conveyors also need smart and the capability to self-troubleshoot to meet the needs of unmanned smart factories.▍In order to avoid shutdown altogether, we have the several following functions：1. Smart Error Detection2. Self-resolution Restoration3. Avoid Manual Operator Shutdown4. Safety Protection5. Preventive Maintenance▍ApplicableThe unmanned smart factory requires smart detection and self-resolution restoration.▍Features✔Smart Error Detection：－Detection of cutting fluid level, filter blockage and thin chips deposition, so that cutting fluid does not overflow.－PH value detection to maintain the performance of cutting fluid lubrication, cooling, rust prevention and cleaning.－Loose screws, loose chains, and power supply phase failure detection to prevent sudden shutdowns.✔Self-resolution Restoration：－Self-elimination of stuck chips, dynamic water replenishment of the water tank for the lights-off factory to operate smoothly.✔Avoid Manual Operator Shutdown：－Slow down with fewer chips, accelerate with more chips, stop with no chips, and avoid disputes with the USER warranty.－The machining motor stops operation with no chips, minimizing the energy.✔Safety Protection：－Chip Conveyer position monitoring, in compliance with ISO16090-1 directive, to ensure operator safety.✔Preventive Maintenance：－Bearing lubrication and active warning of chain metal tension adjustment ensures smooth long-term operation.✔Cloud and Local Records：－Can be used both with Cloud and Local, the information is never missed, and accurate statistical analysis data.✔Power On/Off Self Check：－Self-check when power on to ensure safe starting; list when power off, with real-time daily report.

The most popular ultimate High Pressure Coolant System PJ-30VT is upgradedThe upgraded system reduces the pump noise and vibrationAnd extend the life of the pump consumablesThe design of the sub-tank can reduce the bubbles and temperature of the coolant efficiencyPJ-30VT provides the system of 70bar/1000psi, 100bar/1500psi and 140bar/2000psiThese can be used both oil and water coolant machinesFor more information, welcome to review our website.https://www.lisautomatics.com/en/

How to save space and improve the manufacturing efficiency?PolarJet provides a delicate model PJ-18V, which can place under the bar feeder.This is the variable/inverter system which can set the multipressure due to the different outlets.The filter bag design filtration system can save time to clean the chips.To review more information of the HPC systems, please via our website!

New launched a retro and upgraded High Pressure Coolant System PJ-22V in 2022.Integrate the most favorite out-appearance and new upgraded interiors.Provide you an excellent user experience.- Compact size, saving small footprint.- Innovative intelligent HMI touch panel, setting multi pressure function.- Auto maintenance reminder.

We will make all-out effort.Sharpness for your shining life! Diamond brushes are applied for glass, ceramic, sapphire, wafer, brittle material,etc., deburring, polishing, dulling with chips. Mounted Wheels are applied for in deburring, surface treatment, polishing, pipe fittings inside and outside, as well as fine grinding and polishing area. Sintered drill bits are applied for drilling marble, tile, ceramic, glass, porcelain, granite, stone, ideal replacement for the old or damaged ones. Gold tone metal glass hole saw, diamond sintering cutting hole, great for making clean and accurate hole on glass and tile. Water or coolant must always be used to cool and lubricate the tip. Please note that this product needs to be used with a bench drill and is not recommended to be installed on a hand drill. Diamond dresser is a diamond tool used for processing and molding to correct dulling, clogging, and peripheral runout of general whetstones and diamond/CBN wheels to restore their good sharpness. Dressers include rotary and stationary, single stone and multi stone, implementation, and total shape. Each is used depending on the application and the workpiece. Diamond & CBN Resin Bond Wheel Advantages : Good self - sharpening , Sharp cutting , High G - factor , Low surface roughness of the work pieces , Low heat generation , Less work piece overheating. Application : Diamond wheels- Tungsten Carbide , Glass , Ceramic , Aluminum oxide , Silicon Carbide. CBN wheels- Tool Steel : Cutting Tool , Cutter , Mould Slice .....etc. Alloy Steel : Gear , Axis , Blade , Aviation parts , Stainless steel . -- contact us:TEL: +886-37-351-168FAX:+886-37-351-525E-mail:leadrank@gmail.comVisit us: www.leadrank.com.tw https://lnkd.in/e926apN https://lnkd.in/eamRCcB#鑽石 #砂輪 #研磨工具 #耗材 #切片 #羊毛輪 #拋光 #樹脂 #手磨塊 #無心砂輪 #內徑研磨 #油石 #帶柄砂輪#Electroplated #Diamondtool #LEADRANK #tool #grinding #polishing #cutting #drilling #deburring #buffing #Lapping #Polishing #CBN #DiamondPads #mountedwheels #Diamondclothes

After 6 weeks of the industry-academia cooperation program, today we with #Syntec, #NCCU, #NYUST and #NFU got together again to see all the students showcase their results from the program. 🏫🏭🧑‍💻🧑‍🏫Congratulations to all the students who attended this program. Big things often start small.💎💎 Everyone who participated in this program has gained a lot of knowledge related to intelligent machinery and has had hand-on experience operating equipment in Chenbro’s factory. 🔧⚒🔨 The students spent half of their summer vacation gaining skills and inspiring their creativity. We believe that the students put in a lot of effort during the program and studied hard. We are convinced, that all this effort will be worth it for their futures. 👍🤝💥https://www.linkedin.com/feed/update/urn:li:activity:6964134317690163200

Chenbro’s Rackmount Series is ideal for industrial storage, data centers, and digital surveillance applications, featuring high-density storage capabilities, ease of maintenance, and cooling technology. 👍Check out our Rackmount chassis family series:📍RM25324- https://lnkd.in/gdPh3kdQ📍RM43736- https://lnkd.in/gQw2ApT7#Chenbro #Serverchassis #Rackmountchassishttps://www.linkedin.com/feed/update/urn:li:activity:6967764044233531392

IK-610-RV gantry milling headSpindle：NT50Six stages of spindle speedSpindle speed：102-705 RPM(50HZ)/123-846 RPM (60HZ)Travel：398mm(up 298 / down 100)Client specifies the milling head with the IE3 motorClient's requirement, IK must achieve it!YIH KUAN - milling heads export!

How many pieces can be done once in the machine?For machine users, it's a big issue when considering machine purchasing. In the first beginning, the cost of a multitasking machine is much higher than a CNC lathe or auto cam lathe.If the standard of workpiece accuracy is high, the multitasking machine may not be the best answer. However, the multi-tasking machine will be the one if the requirement of product quantity and accuracy are both high.Even if, the cost of a multi-tasking machine is the highest of these three types of machines. The double system can save half cycle time because of the double system simultaneously machining. Nevertheless, it's not enough for Mylas.We wish we can help our partner not only with machines but also with production processes. Our engineer team would support our customers to optimize the original machining process as possible as they can.Why don't you try it now?Send us your demand: Sales@mym.com.tw#Double #Dualsystem #aerospace #automotive #bike #bicycle #mechanicalindustry #CNC #CNClathe #lathe #Automaticsolution #multitaskingmachine #customized #afterservice #robot

How long is the cycle time of this workpiece?🤔🤔🤔 Each customer will be consulted with our team about inquired drawing. Regarding the machining process, turning, milling, drilling, and threading are available on our multi-tasking machine. With a Dual channel, the machine supports a maximum of 38 positions for various processing. To minimize the cycle time of each workpiece, we offer a total solution via full project including loading and unloading design, tool plan, machine programs, and professional training plan. 💪💪💪 Without any idea about the machining of new drawings? Your answer is here: sales@mym.com.tw💪💪💪

Deliver new face.Touch your heart.Even traditional Surface Grinder, Touch panel, Auto down feed could be. Easy operation.Order Now, Call 3060DT, R400DT, 50100DTPERFECT MACHINE

1.     All the above materials are composed of alloy steel. 2.     Easy to assemble and suitable for every type of spindles. 3.     Suitable for high and low-speed turning spindles. 4.     Our grippers are followed the examples of OTT standards.

Hey, are you looking for lathes with short delivery time?​​You definitely don't want to miss out on our ML-560M and ML-360.​Their near-perfect performance, highly efficient cutting and exceptional machining quality withstand the demands of your shop floor.​​(Note: ML-360's MAX. Swing Over Bed is Ф600 mm!)​​Check out their specs here and contact us now!​​ ML-560 ​ : ​ ​ https://reurl.cc/O4EXxA​ ML-360 ​ : ​ ​ https://reurl.cc/Zb1QYg​​​ Follow us here :​​ Website: www.YidaCNC.com​ Youtube: https://www.youtube.com/channel/UCoI4_Z9sDwrg1FdmW9-N7qQ​ LinkedIn: https://www.linkedin.com/company/yidacnc​ Instagram: https://www.instagram.com/yidacnc/​​​

Rookie like me can handle it ! ʕ•ᴥ•ʔ♘Easy and High Efficiency♘Low consumables and Accuracy ♘Patent SupportIf you need it, do not hesitate to contact with us.TEL:+886-4-23507788FAX:+886-4-23502120Mail: laurenchuang25@gmail.com / lihsunsamuel@gmail.com

INTERESTING!!! SurfaceGrinder with 4th axis could make Precision Component! Vertical travel driven by AC servo motor & Operated manual by MPG BallScrew for cross & vertical feed X axis speed could be adjusted. AutoDownFeed, Processing setting, to improve machine efficiency.#60100AHR #AutoDownFeed #IndexPERFECTMACHINE

為協助國內工業控制器配線領域升級，省配線中繼模組的領導品牌柏叡自動化科技公司，專業研發PLC/CNC數控器中繼模組，推出Push-In端子系列省配線模組搭配各大控制器品牌做中繼連接，依照客戶需求設計出高CP值產品，達到強化零件使用壽命、縮小配電盤體積，增加設備空間靈活應用度、提高施工效率，並降低人力及時間成本，迅速升級工業4.0，改變省配線領域的使用習慣，全方位實力穩居業界第一。 許多設備業者在朝工業4.0發展時，於設備的電子化配電方面沒有太多著墨，抱持「可通電就好」的心態，沒有經過設計的電線，長久以來存在著配線複雜、過程繁瑣的問題，陷入各項成本增加而不自知的窘境。柏叡總經理陳星合表示：「設備業者及使用客戶對設備配電觀念數十年來沒有進化、導致成本沒有下降、效力沒有提升，企業自然不會成長。」有鑑於此，該公司自十多年前著手參與替設備業者進行配線設計，近六年推出Push-In端子系列省配線模組，結合應用並聚焦多項關鍵技術，將設備內線材以直插式端子連接控制器及設備，讓設備廠在使用各大品牌控制器時，能迅速完成訊號連轉接，此種方式不僅安全性高、泛用性廣、接線牢固外，更可以減少超過50%時間、人力、空間、線材…等成本，替各大工具機、半導體設備、橡膠油壓機、射出機、沖床設備、機械手臂設備、食品包裝機…等業者，在電路需求越趨重要的浪潮下成功轉型！ 柏叡研發中繼模組至今，持續不斷替客戶做最優質完善的配電設計，更導入「控制盤電路板化」概念，推出多功能、可快速應用且高靈活支援度的自動化控制配件，完善的產品種類，論產品齊全度堪稱同業之冠，客戶可一次購足所需的中繼控制配件，一條龍服務，「創新、進步、改變」贏得好口碑，目前更已有替東台精機、上銀科技、永進機械、大立機器、金豐機器…等數十家大廠設備轉型的超群經驗，未來期望該公司以淬鍊拔尖的高穩定性及靈活應用，替客戶創造更高的競爭力，共創雙贏局面！

There are two types of gantry milling machine, CNC computer type and non-NC computer type (traditional manual type). It is a milling machine with a portal frame and a horizontal long bed. Gantry milling machines are suitable for machining flat and inclined surfaces of large workpieces in batch and mass production. CNC gantry milling machines can also process space curved surfaces and some special parts. In recent years, the usage habits and processing conditions of gantry milling machines are different, so gantry milling heads have also successively introduced milling heads in different directions for use in machine tools (vertical/horizontal milling heads), and also widely load angle heads/horizontal milling heads. So that the processing range of the gantry milling machine is wider to meet the more difficult processing requirements.Mention traditional gantry milling head, how to choose the correct one to install on a gantry machine? There are two options：- Machine body, according to the connection plate on the gantry milling machine, confirm which type of milling head the connection hole matches.- Application, according to the user's processing conditions.(Such as: processing material, processing efficiency, cutting amount...etc.) Traditional gantry milling heads can generally be distinguished from the size of the motor, gear speed, processing travel and the connection hole position behind the milling head:-Size of motor: 10HP/12.5HP/15HP/20HP/other-Gear speed: 2 stages/6 stages/9 stages/other- Processing travel: 320mm~700mm/other Besides, it can also as a match basis through the connection holes on the back of the milling head (if the user needs to modify or replace the milling head). In necessary, you need to customize a special gantry milling head to match the special body.(Such as: super large gantry milling machine, gantry milling machine with special processing conditions.)

Astonished by the fantastic costomized live centers.You wanna better tool? You gotta ask Li-hsun.We make your dreams come true.Thanks for the costomers strong support, we became the better one.

AR technology has been gradually used by machine tool suppliers to demonstrate the appearance and features of their products. Under the era of COVID-19 pandemic, it's very difficult to exhibit at physical trade shows in many countries.  By using AR technology, customers can learn the highlights of products without the limitation of space and time. In addition, the product model projected by AR can be rotated in different angles with the concise description of product features.  This is the first time for SEYI by using AR technology to showcase our products. "Servo Motor", as the heart of a servo press, the features can be learned quickly and customers can know what advantages SEYI's servo motor can bring to them.  To know more, please click the following link and just scan the QR Code to see the work!  https://www.jcit.com.tw/TMBA/SEYI/?openExternalBrowser=1 

We are excited to announce Chenbro’s latest product series which supports CRPS redundant and is designed ideally for industrial applications.The RM24100 CRPS/FLEX not only supports more drives on the front, but is also designed with removable drive cages which are easier to install.🛠Each product in the industrial server chassis series has different capabilities and can deal with the various difficulties related to industrial application.Check out more information about our Industrial server chassis series blelow:📍The best choice for industrial applications- RM24100 CRPS/FLEX https://lnkd.in/gFaR8gzC📍For high-performance IPC- RM41300 https://lnkd.in/gysrJngQ📍For space sensitive applications- RM42300https://lnkd.in/gmrx2UMZ

Dingleberry Hone:Dingleberry Hone is an abrasive machining process that produces a precision surface on a metal workpiece by scrubbing an abrasive grinding stone or grinding wheel against it along a controlled path. Honing is primarily used to improve the geometric form of a surface, but can also improve the surface finish.Diamond Polishing Pads and Belts:Features:*Diamond coated suitable for grinding surface of stone while working and has good polishing efficiency.*Suitable for various materials from coarse to fine: the finer the sand, the better the polishing effect; the coarser the sand, the better the polishing effect.*Help you quickly solve the problems that you often encounter in life such as chipping, burrs, and edging.*This grinding tool can be widely used in stone polishing, tile trimming, glass burr trimming, metal polishing and renovation, wood deburring, etc. A grinding wheel is a wheel used for grinding. Grinding wheels are composed of abrasive compounds and are used for various grinding (abrasive cutting) and abrasive machining operations. Such wheels are used in grinding machines.You need good tools to master a job. And working hard for success!It will bring you a full measure of success and happiness!--contact us:TEL: +886-37-351-168FAX:+886-37-351-525E-mail:leadrank@gmail.comVisit us:www.leadrank.com.twhttps://lnkd.in/e926apNhttps://lnkd.in/eamRCcB #Electroplated #Diamondtool #LEADRANK #tool #grinding #polishing #cutting #drilling #deburring #buffing #Lapping #Polishing #CBN #DiamondPads #mountedwheels #Diamondclothes

Stainless material is applied to each component and chemical surface treatment is made.Being convenient for users by smooth appearance, working smoothly.Radius design on sleeve, it would not rip the glove; therefore, minimizes the risk of operator safety.

When we speak to AR (Augmented Reality) technology, many people would come out the popular mobile game “Pokemon GO” in their mind. Can you image that now they also use AR technology in machine tool industry?   In the past, the use of AR had to be experienced by downloading an APP. This time, we brought the WebAR technology to you. You can enable the AR function via smart phone web. How convenient, isn’t it?!   Now, let’s do some finger exercise by picking up your smart phone to know  CNV-750 capacity and 3 axes movements visually and intuitively!

SOE-20SHigh Precision ! Easy to use ! Best Price !Limited sale! Just in this summer !If you're interested in our products, contact us right away.

Good things come to those who wait, but are you tired of waiting?​​Factors like Russia-Ukrainian War, raw material shortage, shipping-container crisis are all causing long delivery date. Some even joked about this being a time that money can't buy you machines.​​Worry no more, Yida's EV-860 and EV-1050 are here to save the day.​With their smooth cutting, impressive efficiency and optimum accuracy capabilities, your machining needs could be easily satisfied. ​ ​​Best of all, order them now, you'll get them in no time!​​Click here to learn more about their specs:​​ EV-860 ​ : https://reurl.cc/zN8yYp​ EV-1050: https://reurl.cc/ER7K1n

Leadrank Co., Ltd. established in 1990, specializes in grinding, polishing, cutting, drilling, and deburring tools, is a professional manufacturer of diamond grinding wheel, CBN wheel and Aluminum oxide and Silicon Carbide wheel.Apply to:Diamond wheel & SIC wheel:Tungsten carbide, ceramic, quartz, glass, wafer, graphite, gemstone for grinding, cutting, drilling, polishing, buffing.CBN wheel and Aluminum Oxide wheel:High speed steel HSS, hot and cold working steel SKD11, SKH, SCM, stainless steel SUS, Titanium SUH, cast iron...for grinding, cutting off, drilling, honing, polishing, buffing.We welcome the mutual cooperation. We will spare no effort to meet your requirements. Select "LEADRANK Co.,Ltd" to create a win-win situation.website：https://bit.ly/3b4B4WNcontact us TEL：+886-37-351168 FAX：+886-37-351-525 E-mail：leadrank@gmail.com#鑽石 #砂輪 #研磨工具 #耗材 #切片 #羊毛輪 #拋光 #樹脂 #手磨塊 #無心砂輪 #內徑研磨 #油石 #帶柄砂輪 #Electroplated #Diamondtool #LEADRANK #tool #grinding #polishing #cutting #drilling #deburring #buffing #Lapping #Polishing #CBN #DiamondPads #mountedwheels #Diamondclothes

Kenturn provides all types of high-precision spindles.Not only can the customers find a suitable spindle for their processing needs from our productselection. Kenturn also provide customized spindles according to users' requirements. Our CNCmachining center spindles have high rotating speed, low vibration advantage, improving theprocessing efficiency.The MVB1430A uses the dual-contact tooling system. The CTS function can increase coolingefficiency and decreases thermal deformation. Along with the oil-air lubricating bearings for long-term cutting operations. The motor power of the spindle is up to 18.5KW, while speed reaches 30000RPM with Fanuc motor. Different motor brand is also available. It also has a built-in temperaturesensor and performed hole for accelerometer, which can be combined with the software to monitorthe status of the spindle.AR_Kenturn Spindles

With twin spindle and twin turret structure, finite element analysis is used on a 45-degree slant bed design to support the rigid base for spindle and turret.Leadwell itself power turret not only magnifies all appropriate configurations to satisfy all machining requirements but also ensures machine quality andutuilization with intelligent function.

MT-540​The Ultimate Turn-Mill Center that explores the unlimited possibilities.-The orthogonal structure and rotating mill head offer C, Y and B turn-mill capacities.​-Wide travel range and high dynamic rigidity​-Reduced cycle time and improved part accuracy​​Click here to learn more about the MT-540: https://reurl.cc/NAkjMk​​

Anything new? With double system design, what will be the problem when you get into a new industry? No! You will get all the way green! Aerospace: We have robot solutions for huge product quantity inquiries. Automotive: One-stop solution low the machining influence of product accuracy. Bicycle: The proportion of abnormal shape products is the highest. With the small quantities and multi-shape products, the users have a common solution. What can you have? Smaller machine foundation plan! Customized design product based on demand! The sweetest after service!   What are you waiting for? Send your case here:  Sales@mym.com.tw

‣ Easy to adjust the direction of the coolant, fast remove iron filings and reduce the risk of broken knife, extend tool life.‣ Secure gripping of tool through mechanical amplification of clamping force.‣ Clamping and releasing with Allen wrench.

Last week, we talked about the bar feeder, which is mainly designed for continuous machining. This week, let's discuss the commonest part of CNC lathe, the chuck.We usually use chucks for clamping. According to different shapes of workpieces, there are serval kinds of design for chucks, such as different numbers of jaws, different clamping modes, customized special chucks...etc.The final accuracy will be affected by workpiece clamping while machining. However, it is a hard task for clamping standards. Based on different shapes of workpieces, the clamping force will be changed in accordance with the hardness and structure of the material. Therefore, there are some problems that occurred while turning:1. Lower clamping force: While machining, the lower clamping force will lead to an unstable reference point due to high-speed rotation, and the pressure from turning tools.2. Overload clamping force: When the workpiece is machined, the clamping force will press and damage the parts if the fore is too big or the structure can not afford it.In chuck application, the jaw is also a big issue for chuck selection. For each machining, the process will create the consumption of jaw. The application is completely different for single shapes with higher quantities and various shapes with low quantities.With the changes in machining, the application and mode of the chuck are getting more and more complex and various. The choices of chucks are included not only diverse jaws and collets but also different quantities of the jaw so finding a suitable chuck is also a big issue for CNC lathe users.According to the recommendation of our experienced application team, there are some of the key points as follow:The unprocessed area: The unprocessed area of the workpiece is the clamped positions of CNC lathe while machining. Generally speaking, the more clamping points, the more stable is the processings. In the other words, the collet chuck is more stable than the jaw chuck but the clamping shape has more restrictions!The shape of the workpiece: If the shape is rods, our team recommends our partners machine the parts with a collet chuck. On the other side, jaw chuck is suitable for other kinds of shapes. However, the machining industry changes day and night. The jaw chuck is not enough of all kinds of machining based on the changes in the machining industry. Usually, we will recommend our partners the chucks in accordance with the total number of quantities and shapes. If the shape of workpiece is special with big quantities, customized chucks will be the only answer for such kind of issue. However, the special shapes with small-scale machining will be more suitable for soft jaw chuck.So far, there are many different chucks on the market. What kind of chuck do you usually use?For the majority of beginners in the machining industry, the collet is probably the most common problem!The collet is used to fasten parts. Normally, it is used for both workpiece and tools. Since the machine industry began, Japan and Germany are the outstanding countries in the world. Each machine manufacturer will follow the specifications and designs from these two countries. For surely, the standard of collet will belong to these two countries, too.The size of the collet will be different based on the dimension of the workpiece. The standard of the collet on existing machines is also an important consideration while purchasing. According to the application of collets, there are two different types that MYLAS CNC lathe users usually buy:For workpiece clamping: The most popular standards on the market are DIN, JPN, B&S, and HARDINGE, but there are also some niche standards that will be also an option that can be selected.For clamping tools: Machine manufacturers and users consider the convenience of purchasing so that the major of them still choose the most popular standard, ER collet.Mostly, MYLAS CNC lathe users will use both collet chuck and jaw chuck in various applications.As far as the chuck application, the selection of collet is more simple than the jaw solution. All you need to know is the diameter of the spindle hole and the diameter of the workpiece. Due to the flexibility of collets, it will be stiff after machining the flexibility will not be as well as the origin part. Therefore,  we classify the collet as the consumables.On the other hand, the applications of jaws are more complicated. The picking of jaws will be in accordance with the shapes and quantity of the workpiece:Hard jaw: The hard jaw was heated before finishing. The hardness allows the jaw surface kept after several times machining. However, the shapes can not be adjusted because of the hardness. It is suitable for a single shape with heavy quantities.Soft jaws: Without the heat process, the soft jaw can be fit whatever you want. Most applications, the soft jaws use with constantly changeable shapes in lower quantities. Normally, the mass-production is not suitable for such jaws. The surface of the jaw will be changed after machining. About the jaw, whatever the number of jaws, the interference of the jaw is the biggest issue while selection. Some special workpieces are not suitable neither jaw nor collet. As a result, we recommend MYLAS machine users customized chuck. Moreover, our partners also combine an automatic loading system to achieve the one-stop solution.

The CNC (Computer Numerical Control) milling machine is a typical machine tool in the machinery sector. It is a common kind of CNC that can execute repeated drilling and turning activities that were previously performed by humans.   Ø Classification of CNC milling machines The total number on a CNC machine determines its classification. For horizontal movement, axes are designated x and y, while for vertical movement, axes are labeled z. You will be able to call these as milling heads. Milling Head Z, Table Z, Table Y, and Table X are the four axes of this machine. The number of axes it possesses is often represented in a variety of ways. Out of these, milling heads are the most important, as they play a major role than other axes. There is a five-axis machine, for example. The additional 5th axis comes in the form of a vertical pivot for the mill head, which ensures outstanding machining flexibility by allowing the end mill to follow the table at an angle. It's commonly programmed using a set of standard instructions known as G-codes, which are used to express particular CNC jobs in alpha-numeric form.   Ø Important features to note in CNC milling machines This machine comes in a variety of sizes, depending on the purpose and area of use, and the material that need to be cut. Aside from that, the capacity of the motor has an impact on the speed with which the materials are sliced. Plastic or wood are often the simplest materials to cut, but steel requires a more powerful milling machine and more time. You should focus on the specifics before you buy a milling machine. Then you will never regret about the machine that you purchase to get work done. The stiffness of milling may be used to assess its performance. For instance, the stiffer a mill is the more accurately it drills or cuts. In comparison to manual mills, CNC mills often feature superior and harder engines for increased stiffness.   Ø What are the benefits that you can get out of a milling machine In comparison to manual operation, we can increase the speed of cut using a CNC milling machine. When the rigor of the findings rose, it also lowered rejection. As a result, in the long term, it'll save a lot of money and time since there will be less waste. Another advantage of using a cut via CNC milling machine with such a computerized numerical control machine is the precision. It is critical in a manufacturing line that all pieces be made identically. Nothing, however, is perfect. Because a mill may cut with precise accuracy as near as.0001 of an inch, the operator of a CNC milling machine is at fault. Many milling machines also feature beds that can move at various angles for easier cutting activities, variable angled cuts, and more complex drilling operations. It is one of the advantages of a CNC mill over a manual mill. By spraying and blasting hot metal and even tooling using specially designed coolant, it is possible to retain the quality raw material using controlled cooling systems.   Final words Now you have a good understanding of the different features that milling machines are capable of offering. As you go ahead and buy a milling machine, you need to focus on these features. Then you can determine what the best feature that you should be spending your money on is. Upon the discovery of that perfect milling machine, you can simply stick to it and get your work done.

If you're searching for a CNC Milling Head, the chances are that you will need a lot of help deciding which one is best for your needs. When you are on a mission to buy the best CNC milling machine, not just any device will do. You have a lot of things to consider and lots of things to think about. If you don't do ample research ahead of time, you may make a purchase that is not worthwhile. Don't let yourself make an impulsive buying decision. You may already know the basics about CNC Milling, but you are still looking for a specific guide or comparison chart that breaks down all the specs and whatnot into a more straightforward, digestible form. If this is the case, you have come to the right place! Top 9 Tips for Buying Best CNC Milling Head The CNC milling head is the essential part of a CNC mill. It is the heart of a CNC milling machine, which can make the machines work or not work. Therefore, it is indispensable to choose a good one. 1.Choose the Right Spindle The spindle is an essential part of the CNC milling head, which determines the performance and accuracy of your CNC milling machine. Choosing the wrong spindle will affect your workpiece's accuracy and quality and your machine's performance and life span. Therefore, choosing a high-quality spindle with high rigidity, high precision, and long service life for your CNC milling machine is extremely important. 2.Make Sure Your Machine Is Plug-and-Play Another thing to consider when buying a CNC milling head is whether it's plug-and-play or not. If it isn't, then this means that there will be some setup required for everything to work correctly together before you can use it. When this happens, there might be issues with alignment and calibration (among other things), which could cause problems down the road if they aren't fixed right away. 3.Choose the Right Tooling The second step is to choose the proper tooling for your application. The most common type of tooling is called "tool holders," which are mounted directly to the spindle and allow you to change out different bits. Other options include collets (which grip round objects like drill bits), end mills (which cut on one side only), or slot drills (which can cut slots as well as round holes). Slot drills are beneficial if your part requires multiple holes that align perfectly with one another. 4.Fix Your Requirements Before searching for the best CNC milling head, you need to know what you want from it. The first thing to consider is your budget. You should never buy a product that is beyond your budget. You also need to consider what kind of work you will be doing with this machine tool. Any CNC milling head will do if you are a hobbyist who just wants to make small projects or have fun. However, if you are an experienced engineer who needs to make complex parts for big projects, you should buy a high-end product with additional features. 5.Find Out About the Manufacturer The next thing you need to do before buying any product is to find out about its manufacturer to know whether they produce high-quality products or not. You should look at their history and determine how many satisfied customers they have served in the past year or two. Suppose they have been producing high-quality products for many years. In that case, this means that they take customer satisfaction seriously and will provide good service and after-sales service if required by their customers in the future. 6.Consider Your Budget Budget is another crucial factor that needs to be considered before buying any product. You don't need to accept the most expensive product, but you must purchase something within your budget range. If the cost of a product is too high, then there are chances that it might not satisfy all your requirements. If a product falls under your budget range and has all the features you want in a CNC machine, then this could be one of the best options for you! 7.Make Sure That the Spindle Fits Your Machine Perfectly Before buying any CNC milling head, make sure that the spindle size fits your machine perfectly. The most common mistake is to choose the wrong spindle, which will cause damage. If you have a giant machine, then make sure that you get one that can handle the more extensive tooling and heavier cutting materials. On the other hand, if you have a smaller machine, get one that can take smaller tools and lighter materials. 8.Pay Attention to the Tool Length Make sure that you pay attention to the tool length when choosing a CNC milling head to fit your workpiece correctly without causing any damage while working on it. You may also need to pay attention to what kind of tooling works best with whatever material you might be using to get maximum efficiency out of your new CNC milling head purchase! 9.Look For the Brand Choosing the right brand can be tricky as many brands claim to offer high-quality CNC milling heads, but in reality, they don't. The best way to choose a good brand is by looking at the reviews and ratings of other customers who have already purchased their products. Summing Up! CNC Milling Machine is one of the most devoted machines in the engineering environment. It can help you perform best on your project within a short period. If you are looking for the top 9 tips for buying the best CNC milling heads, read this article because we have provided you with some excellent ways to make the perfect purchase without hassles. The best way to ensure that the product you buy will suit your needs is to ask as many questions as possible about it. If the shop selling it does not have good answers, you are well within your rights to choose another provider.

Date: 20 to 24 June 2022.Venue: Düsseldorf, Germany Hall 4, Booth NO.4F42-04

HARDY spindle model FMDC155W built-in drilling and tapping head with automatic tool changer received the Taiwan Excellence Award 2022. The spindle configuration is optimized to match the design with the built-in motor, and the pulleys and belt drive are no longer required. After reducing the space of the motor box, space interference is improved, and the weight and volume are reduced as well. The improvement of the spindle to the direct mounting type not only improve the precision of the spindle nose, but also shorten the processing time and reduce the production cost of the equipment. The flange mount structure can be applied to the special machine for trunnion rotary machines. The flange spindle head supports both vertical and horizontal configuration, which subverts the space waste caused by the traditional spindle head with horizontal configuration. The design of the FMDM155 flange type built-in spindle increases the flexibility of the workstation configuration, also reduces the setup space occupied by the spindle head. Machining performance is better than ordinary spindles, while each spindle is up to 35% lighter than the ordinary style. In the past, when customers purchased a spindle head, the first choice to consider is whether there will be interference problems and machine space issues. FMDC155W built-in drilling and tapping spindle is the one of best choices for customers.

BLIKSEN was founded in 1989 and is located in the Tainan Yongkang Technology Industrial Park, in Taiwan. We are a complete one-stop sheet metal processing service with our own factory. Our services range from sheet metal design to expansion drawings, laser cutting, punching, bending, welding and powder coating.The investments we have made in fully automated equipment, enhanced ERP system management, quality PDCA cycle, American Welding Association inspector certification and new product flow, improve production efficiency by using process data, visualization, and precision engineering. All the above are a reflection of BLIKSEN’s commitment to providing our customers with the most accurate sheet metal processing services available in the market.Why choose us?Familiar with US semiconductor equipment manufacturer standardsThe top three semiconductor equipment manufacturers in the world are our customers.Diversified sheet metal processing technologyThe applicatin we have been served includes plastic injection machines, work machines, various indoor and outdoor distribution boxes, semiconductor process equipment, FPD process equipment, network communication equipment, AOI optical inspection equipment, etc.A specialised division of the sheet metal teamEach project will have its dedicated team composed of business, development technology, manufacturing technology, and quality management members.About 10 years of export experienceWe started exporting sheet metal products to over the world in 2014. We ship to North America, Europe, Northeast Asia, South Asia and Australia by express, air and sea.Value corporate sustainabilityBLIKSEN’s vision is to be the most precise and most reliable sheet metal processing company and become a leading manufacturer in the sheet metal industry in Taiwan. We attach great importance to information and environmental security, continue to cooperate with industry, government and academia, and invest in Taiwan for a long time, creating hundreds of job opportunities.Learn more about BLIKSEN：．Factory Introduction．Precision Sheet Metal Order Flow．Stainless Steel Parts．Stainless Steel Machine Frame．Aluminum Parts．Sheet Metal Enclosure．Precision Sheet Metal Parts．Steel Machine Frame

Getting 5-Axis milling machining services CNC machining solutions are quite significant, and you may select from a variety of them based on the project and demands that you have for your items. A manufacturing business may provide you with 5-axis services, for example. The machining type in question contains three linear axes and two rotary axes along with an angle head, which might be in the form of a rotary table or rotary axes just on crank shaft and headstock. 5-axis milling is a sophisticated solution, particularly for complex components that demand great accuracy. The precision is substantially greater since all characteristics are done in one setup.   ◆What are the benefits of 5-Axis milling machine services The 5-axis technique makes it relatively easy to create complicated forms in a single step, significantly decreasing machining time, mistakes, and tool costs for the work at hand. As a consequence, you'll get quicker, more accurate, and more inexpensive outcomes for your production job.   Because the head may be lowered and the cutter directed to the surface, this form of machining allows for the use of smaller cutting tools. As a consequence, a greater cutting speed is reached, as well as a significant reduction in tool vibration, all of which contribute to attaining the best outcomes, regardless of the work at hand.   CNC machining is capable of handling exceedingly complicated pieces made from solids that would normally need casting. High-temperature alloys such as tool stainless steel, brass, titanium, Alloy, tungsten, copper, sterling silver, carbon steel, and bronze may all be milled with the five axis milling. It can also handle polycarbonate, acetal, PP, ABS, and nylon, among other materials.   When it concerns to drilling holes, machining saves time. When drilling a sequence of holes with compound angles, it takes a long time, but with the machine, it's simple to automatically position the head along the appropriate axis for each hole. As a result, hole drilling has been simplified and may be accomplished more quickly utilizing 5-axis machining or machining.   ◆Things to consider before you go ahead with 5-Axis CNC machine services When looking for machining services, look for a company that has been in business for a long time. Keep in mind that machining service expertise may have a significant impact on the quality of work and turnaround time. For the finest experience, choose a dependable and trustworthy manufacturer.   The factory's five-axis CNC milling equipment are also extremely crucial to consider. The greater the machine's quality, the better the consistency with which your product outcomes are delivered. The equipment should be in good working order so that you can get the results you want in a short amount of time.   Affordability of the service should also be examined. The costs should correspond to the final product quality. Keep in mind that the service price is determined on the raw materials utilized. Before deciding on the finest you can afford, consider what materials the manufacturer can handle and your demands.   ◆Starting your own business to offer CNC machine services Since there is a high demand for 5-Axis CNC machining, you may think about starting your own business around it as well. This is where you should think about getting the best quality milling machine available out there. Then you can offer an impressive service to your customers and get them to buy what you offer. Make sure that you pay special attention to specific features such as the angle head, as they can contribute a lot towards the overall functionality that you can get out of the machine.

“As long as your strength is good enough, you don’t have to be afraid of any problems,” the general manager of Shuzhou Tong-Yu, Jacky Chiou, says. Starting from technology and service, Jacky talked about how TTGroup has continued to make progress in the epidemic era is getting outstanding scores in China. Facing domestic and international demands, the strengths of Tongtai are what we can provide for one-stop services for the machines in metal cutting, PCB machining, and metal additive manufacturing with global after-sell service. Tongtai’s business was started with special purpose machines, therefore, we deeply understand how critical in technology and real-time service. Shuzhou Tong-Yu Machine & Tool Co., Ltd, a Tongtai subsidiary, is located in China. For providing real-time services to the clients in China, Tong-Yu built distribution channels, 5 branches and 17 offices, which are able to provide services to the customers nearby. Now the epidemic limits the transportation, but our services to the clients are never postponed. Completed service channels, good relationships with customers, and stable incomes are driving Tongtai to keep optimistic towards the China market. Not only in the conventional automobile and aerospace industries, Tong-Yu has stepped into the electric vehicle industry in 2022. In recent years, Tong-Yu has self-developed machines including: Vertical machining centers, Horizontal machining centers, and CNC lathes. These machines have much better performance/cost ratio and also high production efficiency. To achieve the goal of carbon neutrality, Tong-Yu is also working on processing a green transformation and has been awarded relative certificate. Aims at lowering carbon emissions, Tong-Yu not only redesigns machines with optimized energy management mechanisms, but also adopts energy saving and carbon reduction concepts in the existing and new factories.Would you like to know more details about Tongtai services in China? We invite you to watch the exclusive interview of Tong-Yu general manager, Jacky Chiou.Exclusive interview of Shuzhou Tong-Yu general manager, Jacky Chiou

What is a milling head? How to maintain a milling head?Milling machine head aka milling head is an important part of milling machines. The milling head is a combination of different small parts, like driving motor, spindle, and other controlling mechanisms of the milling machine. It holds and rotates the cutting tool of the milling machine on specific or even custom-built centers of machining. It has multiple movement options that can allow machining for four to five axes with ease.Milling head type accessories are either indexing or continuous in regards to their types. These can also offer two to five axes to perform even complex milling operations effectively. However, a continuous milling head can offer an uninterrupted machining experience because the head axis keeps changing.However, on the other hand, the index-type milling heads usually position the milling cutter on a certain axis firstly. Then, it will start the milling operation. These can also handle the machining of plastic, wood, stone, steel, and aluminum.◆Important maintenance tips for milling head1. LubricationOne way to keep tools for milling head services in good condition is by making sure that they are adequately lubricated. In order for milling head to work properly, they must have the proper lubrication that allows all parts to move smoothly. Precision and amount is key when maintaining milling head!2. CleaningAnother important tip for keeping a piece of machinery usable is making sure it’s properly cleaned after use. Many machine parts are often exposed to dirt and other contamination, so it’s crucial to keep your milling head clean to prevent any problems. If you’re having any issues with operating your milling head, dirt could be the cause! In addition, the repair services are needed if you find that some part of your machine needs repair or replacement.3. Daily InspectionsBy doing daily inspections, you can prevent a problem from happening. This is especially important if you’re using your milling head on a daily basis. If something is wrong before you start using your milling head without thoroughly inspecting it first, you may be in for a world of trouble. Thus an inspection can catch the issue before it’s too late.Types of milling machine requires milling head◆ Column Milling MachineThis is the most common milling machine, which has 5 basic components that are the work table, saddle, head, knee, and over arm. Considered as the simplest machine type, its cutting device is vertically suspended to allow drilling of metals. This is typically used when creating car parts because it is small and handy.◆ Turret Milling MachineThe turret is also known as the Bridgeport-type and can be repositioned anytime you want making this machine very functional. Its versatility makes it more practical since a variety of products can be made in addition to car parts.◆ Horizontal type Milling MachineThis machine runs parallel to the ground. The table from which the object to be worked on is placed moves sideways while the cutting device goes up and down.◆ Bed type Milling MachineThe worktable cannot be raised ad lowered, but can be moved longitudinally and laterally along the guide rail of the bed  base, and the milling head or column can be moved vertically.◆ Plano Milling MachineThis machine type is basically the same as the bed mill. However, the plano type includes cutters and heads that allow for a wider range of milling actions.◆ Tracer controlled Milling MachineThis type of machine has the ability to reproduce parts based on a master model. Most of the industrial sectors, especially the automotive industry, choose this type of machine because it makes production and specialization of machine parts easier. With the vast classifications of milling machines, you need to choose the one you need according to how you intend to use it. However if you find it's difficult to decide, do not hesitate to seek the help of a specialist who can help you select the one that will give you maximum benefits.How to find the right milling head for your milling machineFinding qualified milling head supplier is a unique process but it’s one of the most important factors. It’s important to check their reference and have a factory tour. It’s easy to get frustrated when you hit dead end, but in most cases, it just requires a little more patience and perseverance to find the perfect supplier for your new machine. To learn more about milling head, contact YIH KUAN today!

In an age when multi-axis machining has become standard, we have teamed up with ITRI on the development of distinct training machine suitable for vocational centers and schools at all levels. Through hands-on practice, students gain familiarity with multi-axis machining, tools, controllers, and G-codes. Read more about TC-100: Our Website: https://www.yidacnc.com/article_d.php?lang=en&tb=1&id=412TC-100 video: https://youtu.be/kpeQ_ImJNTw

WEB IoT Software for CNC Machines ●Machine monitoring ●Machine Activation rate (visualization) ●Employee work performance KPI ●System function   ●Basic functions - Account management, data collection, alarm records, file transfer, overview - Activation rate search - Job notice - Employee performance - Predicting Completion Times of Batch   ●Maintenance plan - Remote database health check - Training and technical support

Yida is releasing a vintage series.The MV-1060 has a simple and sophisticated design.The uncompromised precision and rigidity stand the test of time.With the machine being lots of our customers' first machining center, many still remember the excitement of witnessing its efficient machining in their factories.As a limited edition, we're bringing the model back with an upgraded controller and various optional accessories.Let the MV-1060 support you through thick and thin.Let the MV-1060 serve you for the next decade or two. Don't hesitate to contact us for more information. https://www.yidacnc.com/eforms.php?lang=en&tb=1

In order to move towards a low-carbon economy and achieve the goal of sustainable development, green machinery has become the trend in machine tool industry. Yida continues to reduce carbon emissions during production and providing environmentally friendly accessories for our customers.Intelligent Ball ScrewWe worked with a top ball screw manufacturer in Taiwan. Through months and months of testing, we imported the research data collected by the intelligent ball screw and developed it a customized data model for our machine. No only does it benefit our future development of smart machinery, but also brings many substantial advantages for our users.The Intelligent Ball Screw has four impressive features: Life Prediction: It reminds the customer of machine maintenance through indicators to reduce machine downtime and maintain production capacity.Thermal Diagnosis: A thermal alarm monitors the ball screw working temperature and record abnormal temperatures relative to historical data.Vibration Diagnosis: An abnormal vibration alarm monitors the ball screw health status and records abnormal data generated in operation.Smart Lubrication: It features variable frequency lubrication to optimize consumption of lubricant and create eco-friendly, and energy saving working environment. Users can save up to 140 liters of lubricant and reduce about 80 kilograms of carbon dioxide emissions.Fanuc controller: Energy Saving Level Selecting FunctionThis function not only collects diagnosis data of accumulated power consumption in servo axes, spindle axes, and peripheral devices but also the accumulated reduction of power consumption. Moreover, suppressing spindle torque at acceleration/deceleration, where there is large power consumption, can reduce whole power consumption of a machine though machining time gets longer as a trade off.Oil/Energy Saving SystemBy adopting the accumulator, the motor does not need to run at all time. When the accumulating pressure is reduced to a certain value, the motor drives the accumulating pressure again.Advantage:By adopting intermittent periodic operation (S3) and accumulator, the pump operation time is 20% less of the usual cycle time.Hydraulic tank volume is reduced from 60 liters to 15 liters. Energy saving is about 30% with relatively low oil temperature and stable oil pressure.

Industry 4.0- Intelligent Manufacturing SystemThe whole system combined "Automatic final core removing function", "Probing function","CIMFORCE Intelligent Manufacturing System" and R obotics to achieve untended multi-workpiece production. It provides End-to-End solutions that start from project management,mold design, process processing to molding quality testing. It provides a solution for Industry 4.0.(*) Performed by AP-4030A-0.1μm Linear scale (*) The cutting conditions must follow AccuteX's provisions.Features1. Real-time communication with the machines via common APPs-Line, no more software expense.2. Monitoring the cutting status remotely by your existing Line account.3. Push notification to a specific account or group.Accutex Rotary Table Package is leading ahead of other WEDM manufacturers by years in R&D which can be applied to submerged operation.The Built-in Type Motorized Spindle features ultra-high resolution 720,000 pulses each revolution, free of backlash problems.  Standard 120RPM spindle speed, optional 1,000RPM high-speed spindle for Turn & Burn application.Core Remove Module (*Optional)During Wire Cut EDM machining, by using the new-generation flushing nozzle to removethe core automatically can reduce human operation and increase productivity.1.Patented technology to remove core.  Patent ( No.I676513)2.Core Remove Module can fit together with existing machine.3.Final core collection box can setup easily on multi-positions.4.Integrated with CIMFORCE intelligent manuacturing system and robot to increase productivity.

AVEREX High Speed Precision HMC HS-540i GTS-120ATC with 6 Pallet Pool

文／黃台中      傳動新未來，協助產業界邁向工業4.0，專攻精密機械零組件生產的銀泰科技(PMI)1990年成立以來深耕台灣，致力於核心零組件工藝精進放眼海外市場，10餘年前在大陸陸續設立營運據點，成功的營運模式，在「傳動」智慧機械領域扮演重要的角色。       「TIMTOS x TMTS 2022」工具機展26日落幕，銀泰科技以60個攤位的超大規模，透過動態與靜態方式展出旗下的滾珠螺桿、精密螺桿花鍵、線性導軌、滾珠花鍵及致動器全系列產品，讓業界親睹銀泰科技在產品研發與推廣的企圖與實力。       銀泰科技處長洪聖哲指出，銀泰科技從生產滾珠螺桿發跡，在2000年進入線性滑軌的生產領域，逐步擴至傳動元件的研發，其中包括致動器、減速機專用的交叉滾珠軸承、滾珠花鍵等相關產品，並於2008年在上海嘉定成立，以銀鼎為名的營運總部專注滾珠螺桿與線性滑軌生產與銷售，服務中國地區市場。       避免客戶重複下單造成庫存，銀泰科技在2017年大膽嘗試推出預收30%訂金的交易制度，履行對客戶交貨準時的承諾，在銀泰嚴格的管理下，預收訂金的交易制度運作至今贏得客戶的認同，為雙方創造雙贏。       為提高生產效率與控管產品品質銀泰科技更進行垂直供應鏈整合並採取一條龍式的生產機制，且近年來，更投入資金在彰濱地區設廠與建置高效率的生產模式。       面對全球環境保護與近期淨零碳排的趨勢，銀泰科技超前部署，創造低污染的作業環境，朝向綠色企業永續目標大步邁進。       銀泰科技所生產的「精密螺桿花鍵」其產品特色定位精度高、低噪音、重量輕且能實現輕量化的設計並節省安裝時間，除了上述特點，銀泰今年將「精密螺桿花鍵」全面升級進化，改善舊有規格的設計，高軸向剛性，能承受具相同軸向與徑向力，並採用新的迴流的方式，實現低噪音與平滑流暢的運動，以高性能及高精度提供國內外客戶，產品適用於SCARA機器人、裝配機器人、自動裝載機、機械加工中心的ATC裝置等，以及於旋轉與直線運動的組合裝置中。●銀泰科技處長洪聖哲(前排右四)與團隊共賀工具機展圓滿成功。圖／黃台中

For nearly 70 years, YCM has manufactured the highest quality machine tools and been acknowledged for their outstanding precision, rigidity, and reliability.YCM’s UV650-FlexCell is recognized by winning two grand awards at Taiwan Machine Tools Industry Award 2022. It's a tremendous honor to receive "Supreme Excellence Award" of All CNC Machine Tools, and “Special Award” in the category of Intelligent Machine Tools. YCM team will keep on innovating and moving forward!

Many manufacturing organizations have struggled with the thought of purchasing new machinery or attempting to make the best selection for their business. If you wonder whether to buy a new CNC milling machine or a used one, you are at the right place. We will share some useful facts to clear out all the doubts you have in mind.   l   Cost The cost is the most obvious consideration when deciding between new and secondhand. The cost of a used automobile vs. a new car is the first thing that comes to mind. Many decision-makers, on the other hand, do not consider anything other than the initial cost. A new mill, for example, may cost $90,000, but a lightly used mill with equal design and specs would cost just $70,000.   It may seem to be a simple option but examine the contrasts. To begin, a new mill will typically come with a one-year guarantee and a two-year warranty on the control. Most secondhand machines are available with no guarantee, and a warranty on a machine this cheap might be worth up to $3000. You will need to make sure that all major components of the machine, including milling heads are in proper working condition at the time of buying a one. Then you can save money in the long run.   l   Installation and delivery Installation and training are two other hidden costs of old machinery. All installation methods are included and delivered by manufacturer qualified experts and engineers with most new machines. In addition, most new machines come with rigorous product training to guarantee correct usage, maintenance, and any activities the equipment is capable of. Depending on the quality of training and the size of the machine, these costs might reach $4000.   l   There’s nothing to inspect in new machines A consumer should also have the used equipment examined when they arrive. This is something that the factory experts would conduct during the new machine's installation. On a fresh machine, however, nothing is supposed to go wrong. I've seen used equipment in a variety of situations. Some of my clients have purchased secondhand equipment that have been installed as if they were brand new. On the other side, I've seen equipment that required maintenance for thousands of dollars.   Shipping damage is among the worst things that can happen to a new or secondhand computer. Many electronics and delicate components are packed inside machines. A lengthy bumpy truck travel through a variety of conditions may have a significant impact on a machining center. The only consolation is that a new computer warranty would cover all of these issues. In most cases, freight insurance will not cover these potential machine damages.   l   Age of the milling machine Finally, you should think about the age of the milling machine while making your selection. Do not ignore technological advancements over time, even though they're not immediately apparent. Some brands made significant advancements in its basic encoders, which make a significant impact in contouring and 3D work. Many energy-saving techniques are put into new machines that were not considered by older equipment.   Final words   If acquired wisely, old machines offer a lot of advantages. There are many fantastic firms out there, for example, that sell secondhand equipment after a full evaluation and, if required, repairs. Some even include a guarantee for a little cost, which you should consider purchasing.   Smaller start-up enterprises with some mechanical know-how may also benefit from used machinery since they carry a lesser financial risk. Though it is a good idea to leave the repair of milling heads and other parts to factory-trained professionals, certain simple modifications and fixes may be done at home for a fraction of the price. This perk may make a major impact in the beginning for small businesses.

Yida appears in Smart Auto's cover story. In the interview, Dr. Pu talked about how digital transformation and intelligent cloud help manage data and bring efficiency to another level.

This year, the results of the 20th Taichung Golden Hand Awards have been released. Although this year was affected by the epidemic, the number of applicants for this year's selection has reached the largest number in history. The winning lineup was exceptionally strong. After rigorous selection, a total of 20 small and medium-sized enterprises with outstanding performance won this honor in this year's selection. Mayor Lu Xiuyan not only affirmed the outstanding performance of the award-winning companies, but also personally presented awards on November 5, publicly commending the award-winning companies.Mayor Lu Xiuyan said that the Taichung Golden Hand Award is the only economic award in the country established by the local government, and it is the highest honor in the economic field. Many SMEs in the manufacturing industry are hidden champions, and their hard work should be recognized.Among the award-winning manufacturers this year, Tokugawa Machinery, which is famous for its high-precision rotary table, is not only the best backing for domestic machine tool factories, but also provides a series of high-precision components and successfully develops the global market. The quality is well received by foreign customers. It has been highly affirmed by the designated suppliers of major international first-class brand machine tool factories. This year, it stood out from the selection of many Golden Hand Award manufacturers. This year's Taichung City Golden Hand Award is well deserved.detron Dechuan Machinery was established in 2006, dedicated to the production of CNC turntables, the whole process is made in Taiwan. Not only uses ERP standard operating procedures to control large-scale production, but also strictly implements high-standard quality inspection, the product has become the CNC turntable designated by the world's first-class brand machine tool factoryThis time, Jiang Lihua, deputy general manager of Dechuan Machinery, took the stage to accept the award. He said that the Tokugawa spirit is "virtuous in the world, the sea is inclusive of all rivers". Since its establishment, our business philosophy has always been based on the principle of "integrity". .We believe that as long as we uphold integrity and enterprising spirit, we will definitely become the largest CNC turntable manufacturer in Taiwan with the best products.Vice President Jiang also emphasized that Tokugawa will continue to invest in innovative R&D in the future, recruit senior technicians from Taiwan and Japan to join the R&D team, commit to advanced application technology and mechanical integration engineering, improve machining efficiency, create new value for customers, and become a major machine tool The best backing of the factory. 04:102021/11/09 Business Times Huang Junrong

Milling machines come in many different types with a variety of functions based on certain standard specifications. Some of the most commonly used machines are the following: column, turret, C-frame, horizontal, bed type, planer-style, and tracer controlled. Milling machines facilitate in removing metal pieces through a rotating cutter. The rotation of the cutter takes place at high speed, which helps it cut through metal efficiently. Furthermore, these cutters have cutting edges that play a vital role in cutting materials. Manufacturers often name the different machines according to the kind of control, types of milling head, number of axis present, orientation of the spindle, size of the tool, its purpose, and source of power. While there are several varieties of milling machines available today, they essentially serve the same functions but use different terminologies. Below is the common list of seven types of milling machines. ♦Column Milling MachineThis is the most common milling machine, which has 5 basic components that are the work table, saddle, head, knee, and over arm. Considered as the simplest machine type, its cutting device is vertically suspended to allow drilling of metals. This is typically used when creating car parts because it is small and handy. ♦Turret Milling MachineThe turret is also known as the Bridgeport-type and can be repositioned anytime you want making this machine very functional. Its versatility makes it more practical since a variety of products can be made in addition to car parts. ♦C-frame Milling MachineBecause it is sturdier than a turret, this type is popular in industrial settings. It comes with a hydraulic motor, which makes it very powerful. ♦Horizontal type Milling MachineThis machine runs parallel to the ground. The table from which the object to be worked on is placed moves sideways while the cutting device goes up and down. ♦Bed type Milling MachineThe worktable cannot be raised ad lowered, but can be moved longitudinally and laterally along the guide rail of the bed  base, and the milling head or column can be moved vertically. ♦Planer-style Milling MachineThis machine type is basically the same as the bed mill. However, the planner-style includes cutters and heads that allow for a wider range of milling actions. ♦Tracer controlled Milling MachineThis type of machine has the ability to reproduce parts based on a master model. Most of the industrial sectors, especially the automotive industry, choose this type of machine because it makes production and specialization of machine parts easier. With the vast classifications of milling machines, you need to choose the one you need according to how you intend to use it. However if you find it's difficult to decide, do not hesitate to seek the help of a specialist who can help you select the one that will give you maximum benefits. Now you know the main types of milling machines that you will find in almost every industrial sector for cutting materials and shaping them. One of the most important components of milling machine is milling head. If you are looking for a reliable milling head manufacturer for all your mechanical needs, YIH KUAN can definitely help.

TOPSDISK has been actively investing in research and development in response to the trend of machine transmission in the future. The recent new products can bring the characteristics of DD motors into full play.OCD5-200PH is a two-axis rotary table for machining centers (tilting axis: cam / rotary axis: DD). The product features a preloaded barrel cam structure for the tilting axis, and the backlash is close to zero. Rolling friction transmission to extend service life. The transmission element is made of steel, which is more rigid than copper and has strong eccentric load bearing capacity. The rotating shaft is driven by a direct-drive motor, which is fast, space-saving, and has no backlash. Suitable for multi-angles machining and simultaneous workpieces

Get closer to your carbon reduction goals with SEYI servo pressesReduce carbon emissions equal to the carbon adsorption capacity of 92 acres forest parksThe COVID-19 pandemic has spread across the world, inadvertently allowing the earth some breathing space. As the world gradually returns to normal, our lives have entered into a “new normal.” As a global manufacturer of metal-forming machine tools, SEYI (4533TT) has always cherished the land. Starting from its home base in Taiwan, SEYI has embraced the world, caring for the earth and contributing to the sustainability of our shared environment.In the face of evolving future metal forming production models, it is necessary to take into account output and capacity and take into account environmental friendliness. SEYI’s servo presses are equipped with a special servo motor specially designed for metal pressing processes, which can achieve high torque at low speeds and the lowest power consumption among peer products. The power can be recycled and reused, and the energy conversion efficiency maximized. Take a 12000kN servo stamping press machine as an example: With daily working hours at 24 hours and operations running for 312 days in a single year as the calculation basis, compared with conventional hydraulic pressing machines, the annual carbon reduction of SEYI servo presses is about 555 tons, which is equivalent to 1.5 Da'an Forest Parks (approximately 92 acres) in annual carbon adsorption capacity. SEYI’s products take into account production capacities and fulfill commitments to environmental sustainability, energy efficiency, and carbon reduction goals. SEYI is committed to leveraging its industry influence to create greater good for the environment and earth.SEYI adheres to the mission of "Enriching Life through Innovation and Technology" and is dedicated to developing servo press and metal forming solutions that take into account environmental sustainability and commercial production capacity. Not only does it meet the needs of customers, but it also changes the status quo through innovative thinking to resolve process bottlenecks, improve product quality and application technologies, and provide the most compelling solutions to its customers.

Date: 2021/02/21~2021/03/21Online Booth: https://online.timtos-tmts.com.tw/en/vproduct/exhibitor/35F33A19D391D1F3C84DBC1BABEDBEEC/info.html

SIA is an international award for excellence in design, creativity and effective impact of advertising and marketing communications. With nearly 5,000 entries from 45 countries this year, Chevalier Machinery Inc. selected three recent ad entries for advertising innovation and product appeal, namely FMG-B1224, 20/24ADIV and QP Series.https://summit.awardsplatform.com/gallery/NdvYzjWE/ERPrBwPN?search=adb877cab44a8aa6-1

In the first step of the process, the HELICOIL® Smart is spin-on. In the upcoming assembly process, the blade has a pull-in function. The HELICOIL® Smart is then located at the beginning of the thread and screwed in. The thread insert is screwed in by turning the mandrel or triggering the drive. The extension of the blade follows, which bends the pin back and compresses it. Engaging of the blade and unscrew the mandrel. The HELICOIL® Smart must be installed at least 0.25 P below the surface of the component in order to guarantee a correct installation.

We'd like to share some great news with you today! After nearly a year of hard work and cooperation with universities and pioneers across the industries, the "Fully Digitized Intelligent Multitasking Machining Center Development Project" led by Yida Precision Machinery has won the sponsorship funding by the Industrial Development Bureau. The project consists of innovation development in areas such as, AIOT, tool monitoring, information security, our PLM System, modular design and industry standards. Special thanks to National Formosa University, National Taiwan University, Chunghwa Telecom, Lean Smart Automation System, Parkson Wu Industrial and Chi Liang for cooperating with us. As Dr. Pu has stated in the meeting, "Sharing is the fastest way to learn, and it is also the core value of our Y Team." Let us look forward to the sparks created by the Y Team!

The first day of December, our CEO, Dr. Pu, was invited by the Ministry of Economics Affairs to share YIDA's experience in applying intelligent cloud system. In his talk, Dr. Pu talked about how digital transformation increases profits in services, including preventive maintenance, optimized manufacturing process, etc. YIDA has a good foundation for digital transformation, and modular data can further speed up the process. In the end, Dr. Pu mentioned that using digital technology to optimize and transform is an unstoppable trend, and optimizing the environment for digital transformation relies on the joint efforts of the government, companies and academia.

HIWIN is the global leader for motion control and system technology. HIWIN’s headquarters is located in Taichung, Taiwan. HIWIN is the No.2 global manufacturer for ballscrews and linear guideways. HIWIN offers precision module products- Datorker Robot Gear Reducers, Torque Motor Rotary Tables, industrial robots and medical robots. HIWIN has 14 subsidiaries and more than 200 distributors globally, serving our customers in the 5G, semiconductor, medical, machine tool, automation, Electrical vehicles, and precision equipment industries. Through assisting our customers with various automation processes, HIWIN understood that it was painful for a factory to have unexpected shutdowns. To avoid unexpected shutdowns, a manufacturer needs to maintain many spare parts in the warehouse, requiring a lot of labor and time for maintenance and inspection. These were painful points that manufacturers really wanted to resolve. Therefore, we studied customer’s concerns and demands regarding machine characteristics, user operation methods, industrial know how, environment requirements, user’s experience, and specific material selection. HIWIN is the first in the world to introduce the intelligent ballscrew: i4.0 BS. The ballscrew is the key critical component of a machining tool, and the i4.0 BS is targeted for high-end machine tool applications. It helps machine tool customers and end users obtain predictive diagnoses and maintain high productivity through intelligent manufacturing. By installing HIWN i4.0 BS, customer’s machines can self-monitor their status and send important data to engineers or managers for efficient diagnosis and scheduling of maintenance, thus improving manufacturing quality and productivity. HIWIN i4.0BS is the first intelligent ballscrew in the world with a sensor for predictive maintenance. The Hiwin intelligent ballscrew has 5 major functions which solve customer’s problems. 1. Life prediction.Detects ballscrew’s physical condition, preventing unexpected shutdown. 2. Smart lubrication.Detects ballscrew’s operating condition to optimize lubrication frequency and quantity, reducing oil consumption by 40% to 70%. 3. Vibration diagnosis.Allows traceability of the machine’s dynamic performance. 4. Thermal diagnosis.Detects thermal stability of the machine. 5. Remote monitoring.HIWIN intelligent ballscrews send information to the cloud. Users can access information and monitor machine status from a remote location through their mobile devices. By monitoring the ballscrews’ operating condition, customers can plan predictive maintenance scheduling, maintain high productivity, and achieve intelligent and smart manufacturing. HIWIN i4.0 BS is the best partner for industry 4.0.

About HIWIN Mikrosystem HIWIN Mikrosystem has been dedicated to the development and manufacturing of components, systems and equipment for linear motion and positioning control. With a complete product line, we provide different types of high-speed precision positioning platforms, robots, linear motors, torque motors, direct drive motors, servo motors, linear actuators and positioning measuring systems. Our product applications span various precision industries, such as semiconductor, biotech, automation, machine tool and construction. Headquartered in Taiwan, HIWIN Mikrosystem has established a subsidiary in Israel and sales offices in USA, Germany, Italy, Japan, Korea and Singapore etc. HIWIN Mikrosystem Corp. was certificated ISO 9001, ISO 14001 and ISO 45001 and was awarded several national awards. Our philosophy of management is to integrate global resources for continuous innovation and to provide high value-added products to customers through the practice of innovation, quality, and service. HIWIN Mikrosystem is the driving force for the "direct drive precision technology". Since its founding in 1997, it has constantly accumulated experiences and become the first "advanced direct drive technology" leading brand of Taiwan. HIWIN Mikrosystem has constantly improved its independent R&D technology and capability. With the headquarters in Taiwan as the center, we have set up R&D centers both at home and abroad, with more than 200 researchers engaging in the R&D of new products and "key processes". We have accumulated many years of excellent energy, had more than 500 patents, met the requirements of precision technology, played a role in “precision positioning technology” that enables one to see an ant in Manhattan, New York from outer space”, and been committed to becoming the best partner to assist global precision equipment customers to achieve success. Scope of Products HIWIN Mikrosystem has all the motion control systems and components required not only for general automation, but semiconductor, electronic, automotive, packing industry, and machine tool. Using all those components and systems, you can maintain a more efficient, error-free, and safer facility while maximizing productivity. HIWIN electronics complement our motion control components and stages, giving engineers a guaranteed compatible single-source supply for the motion control sub-system. Hiwin Mikrosystem offers a variety of sizes of AC Servo Motors, Drives, and the HIMC Controller. Our AC servo motor is featured with high speed, low torque. With auto tuning drive, AC servo motor can be controlled in a high-precision, low noise, high response, and high instantaneous output way. Otherwise, our motor operating with current, speed and position control mode is allowed as needed. DC brush motor is the easiest to use, it can operate directly without drive. HIWIN Mikrosystem’s LMSSA linear motor is a direct drive, plug and play solution. A linear motor is capable of fast acceleration and high speed, while providing unmatched precision and accuracy. HIWIN offers standardized linear motor design, but customizable options are available. LMSSA linear motor is a cost-saving variant of this product group. The cost advantage is achieved through consistent reduction to the essentials and limitation of the options and variants available as standard. This significantly reduces manufacturing costs, while at the same time, the LMSSA stage offers all advantages of a conventional linear motor axis. These compact and lightweight units are customizable and can be easily transformed into a multi-axis system, making them suitable for a wide range of industrial applications, depending on the application needs.

Taiwan Chip Conveyors Solutions Have you ever met that supplier who cannot provide immediate after-sales service when the chip conveyor fails? Are you seeking a tailor-made chip conveyor that meets your machine’s needs? Or do you want to find a right chip conveyor manufacturer that can supply high quality and punctual delivery products? Worry no more, just ask Ring Sun Machinery Co. Ltd.! Established in 1984, Ring Sun Machinery is the home of chip conveyor experts. With more than 30 years of experiences and technical know-how in the field, Ring Sun has become a leading chip conveyor manufacturer in Taiwan. Ring Sun specializes in providing customized chip conveyors for a variety of applications. Our product line includes: Screw Type Conveyors Belt Type Chip Conveyors Precision Belt Type Chip Conveyors Scraper Type Chip Conveyors Precision Scraper Type Chip Conveyors Magnetic Scraper Type Chip Conveyors Magnetic Chip Conveyors Combination Screening Conveyors Belt & Drum Type Chip Conveyors Work-Piece Cleaners Surface Conveyors Caterpillar Type Chip Conveyors Agricultural Harvesting Conveyors In 2014, Ring Sun Machinery began focusing on the design and development of central automation for chip conveyors and metal handling systems. Our experienced R&D team can quickly solve any conveyor functionality problems or technical issues, ensuring that the finished product is always running efficiently. As a professional chip conveyor manufacturer, we have always strived to develop long-term relationships with our customers, and this is why our expert, customer service team will continuously assist with any problems customers may have, from pre-sale assistances to post-sale services.

About Sunmill JEENXI Technology Co., Ltd. was established by Mr. S. C. Chen in 2000. Specializing in machine tools for R&D and production technology, our main products are high precision and quality 3-axis and 5-axis machining centers. The machining centers from Sunmill offer numerous customer-friendly features and comprehensive processing sizes to meet diversified customer’s needs. Customized specifications are also available. We have helped many businesses to increase and optimize their production in diverse industries, such as in Aerospace, Military, Healthcare and Automobile Manufacturing. Our professional experiences and after-sale services have helped us to increase our global presence throughout Europe, Asia, North and South America, Oceania, Africa, and Taiwan. Sunmill can be seen in more and more cities around the world, and a high percentage of our customers return to place further orders. Although we are not one of the largest machine tool brands in the world, over the past 21 years we have placed great importance on enterprise growth, quality control and market competition, and continue to do so. We look forward to making sure every penny of our customers' money is spent on worthwhile, quality products. Making our customers feel "worthy" is our ultimate goal, and we hope to extend every opportunity to work together into a long-term partnership. We hope we can one day be your best partner in your production. Our Brand Jeenxi Technology's Brand: Sunmill (Sun + Milling) Brand meaning: The rising sun is a reflection of our enthusiasm, dedication, professionalism, solidarity, and readiness to take action. It expresses the image of a high-quality milling machine brand. Our marketing promotion is like the red dots on the LOGO. We hope the “Made in Taiwan” Sunmill brand will be sold all over the world and shine on the international stage. Extending our market worldwide, we strive to create profitable business relations, share glory, and grow together with our customers and manufacturing partners. Sunmill sells machine tools to nearly 40 countries around the world, including Japan, Australia, Russia, China, Turkey, Italy, Thailand, India, Poland, Canada and much more. We cooperate with our partners to create strategic alliances in ODM and OEM. Our main customers include manufacturers in industries such as: Aerospace, 3C Electronics, Medical Equipment Manufacturing, High Precision Die & Mold and Machinery Component Manufacturing, and Defense. Our Products Our latest 5-axis machining center UH-500, which won the 2019 Taiwan Excellence Silver Award, can be used in multi-processing applications. It is designed to solve workpiece-change problems and meet diversified and delicate process requirements. The 5-axis processing machine is well adapted for the Aerospace, Military, Healthcare and Automobile Industries. The UH-500 is primarily suitable for fine processing, as the UH-500 can perform diversified manufacturing processes on a complex workpiece without the need to reposition the workpiece. As the UH-500 enhances processing efficiency for complex workpieces, it will shorten production time, reduce manufacturing costs, and increase your market competitiveness. B axis swivel head uses a high-precision, worm-wheel module design which is self-locking and has high rigidity. The minimum angle is 0.001°and max. swiveling range is ±120°. C axis rotary table has a high-precision, worm-wheel design. It is available with DD direct drive and high-speed options. UH-500 has a movable tool magazine with linear guideways and a hydraulic cylinder design to avoid interference with the spindle when the B axis swings. Z axis precision ball-screw with coolant design reduces thermal expansion error. Intelligent 4.0 ball-screw, (optional) incorporates a multifunction sensor to provide these advantages: Vibration Diagnosis Life Prediction Smart Lubrication Thermal Diagnosis Built-in 21/25kw spindle motor, with multi-labyrinth design, effectively reduces the problem of cutting fluid, oil and air getting into the spindle. Our multiple size, 3-axis machining centers are continually top sellers. Models such as the JHV-800 work well with the Fanuc M-10iA robot to achieve factory automation, thus reducing the manual operations required for production process. The high-precision and highly stable qualities of the robotic arm solve the problem of labor shortage and reduce production costs. They not only improve work efficiency and reduce the risk of human negligence, but also improve the competitiveness of enterprises. Depending on customers’ demand, we can organize one, two or three robots into an automatic production line, to increase efficiency, productivity and profits. Our technical team can greatly assist you with custom planning to achieve any requirement you have for your machining. We are committed to providing you with trustworthy quality and service, whether before, during or after the sale. As the high precision and quality 3-axis and 5-axis machining centers, we believe we will fulfill your production needs.

Rail transit and high-speed railways are a part of our daily lives, and travel safety is HONOR SEIKI CO., LTD.’s first priority. Various forms of rail transportation all have different requirements for the parts machining of their equipment. For example: Train locomotives, passenger trains, and cargo trains... etc. HONOR SEIKI CO., LTD. Train Wheel Processing Machines can provide diverse solutions for Tier1 - Tier3 customers with varying manufacturing and processing needs, including Single machine intellectualization to Production line intellectualization, and online self-measurement systems. New wheel production, including locomotive wheels, passenger wheels, and freight train wheels. The innovative design of the HONOR SEIKI VL-160C-2R, dual-ram vertical turning center for train wheels, can increase processing efficiency by 40% and save 30% on the overall cost for customers. How Did We Achieve It? The VL-160C-2R is equipped with HONOR SEIKI’s patented clamping system, Solid Lock that can provide a clamping force of up to 10 tons, allowing for heavy cutting, with reduced tool vibration and increased tool life. Dual-ram, simultaneous machining, effectively shortens processing times by 50%. A special chuck supports flexible production of over 50 types of wheelsets which is a significant savings in the frequency of changing fixtures, and makes clamping extremely stable. Through intelligent machine planning, HONOR SEIKI’s professional design team develops distinct, powerful VTL that offer turnkey solutions to effectively increase machining efficiency. Processing that originally required 232 minutes to complete one wheel, can now be completed in 132 minutes; a 40% increase in efficiency. For Repairing or Aftermarket Wheel, HONOR SEIKI Has the Total Solution VL-125C is specially designed as an economical version of a single ram solution. The outstanding feature in processing train wheels is that the rough turning process is especially complemented by the HONOR SEIKI’s patented Solid Lock clamping system to deliver the maximum material removal rate. Secondly, for center-hole processing, simultaneously utilizing double tool cutting achieves 10mm cutting depth on one side, helping customer save 30% on processing time. The production efficiency of HONOR SEIKI’s special train wheel VTLs is more than 40% higher than other manufacturers. Their excellent precision and durability have made them a favored choice of customers worldwide. BONATRANS, BOMBARDIER, Lucchini RS, Taiyuan Heavy Industry, Taipei MRT and others, are all HONOR SEIKI customers. We Are Honor Vertical lathes and the best processing solutions for the railway industry, your first choice is HONOR SEIKI. We Are Honor.

Shrink-fit tool holders which are made of special stainless material have become increasingly popular for high speed and high accuracy machining operations. The lack of moving parts in the tool head and strong, even grip on the tool shank make shrink-fit tool holders extremely cost effective. Cutting tool and tool holder life is extended because the exact fit reduces overheating during operation caused by vibration and imperfect alignment. The holder must be heated to enable the tool to be inserted. The heater must heat the tool head evenly and make it hot enough that it expands just enough to fit the tool into the aperture. At Chain Headway we have designed a hot air heater that provides uniform and controlled heating at a competitive price. Hot air heaters take longer to heat the tool holder which are made of stainless material but offer very good value. In our research and development, we studied the heating options available and analyzed their strengths and weaknesses. As a result, we believe we have produced the best hot air shrink-fit tool holder heater available today. We focused on the following features that we found to be the most significant in workflow and quality control: 1.Airflow Management Multiple apertures and controlled airflow supply even heating to the tool holder, reducing thermal stress. 2.Ergonomic Design Convenient switch locations and sizes, tool holder mounts which rotate on bearings, and reliable clamping systems all improve the operator experience. 3.Operational Safety Machine stability and ergonomic design reduce the risk of accidents. 4.Cycle Times Exhaust apertures scaled to tool size allow less hot air to escape, and the tool holder is heated more quickly. It is very important that the tool holder is heated evenly to ensure precise tool fitting, and reduce stress. As a leading manufacturer of shrink fit tools to partners across the globe, Chain Headway will be your shrink-fit tool heater solutions.

Gear Cutting Tools and CNC Gear Grinding Machines Matrix Precision Co., Ltd. was established in 1994, with gear transmissions and precision machinery as its core technologies. Incorporating precise mathematical models and exclusively designed software, Matrix designs and manufactures state of the art, Gear Cutting Tools and CNC Gear Grinding Machines. MATRIX Taiwan Joins British MATRIX After Matrix joined the HIWIN Group in 2015, HIWIN transitioned from focusing on transmission components and robotics, to the production of gear cutters and process machine tools. In 2017, MATRIX, along with a well-known, century-old, British thread grinder manufacturer, also named MATRIX, agreed to collaborate under the same trademark to design and develop grinding machines. The MATRIX brand was established in Madeley Shropshire, UK 300 years ago, and was originally known for producing high-precision measuring gauges for the global engineering industry. With the founding of Coventry Gauge & Tool Co. Ltd. in 1913, it became the largest factory in the UK at that time. From 1913 to 1934, MATRIX successfully designed and manufactured high-precision internal thread grinders, external thread grinders, and gear grinders. Since then, it has occupied a leading global position in the field of grinding machines, and has built a mass production facility for grinding machines in Fletchamstead, Coventry, UK. The British Royal Family has repeatedly commended MATRIX, allowing the world to see British industrial technology and process quality standards. In 1940, MATRIX's gear grinder was born. Since then, the MATRIX brand has expanded into a full range of high-precision products such as precision grinding equipment and measuring gauges; fixtures for aerospace, automobiles, and trucks; and construction machinery.HIWIN group being the second largest ball screw products manufacturer, the vital competence comes from the innovative technology of Matrix. Visions Into the 21st Century Since entering the 21st century, research and development at MATRIX has a taken on a new direction. Since 2017, British MATRIX has been introducing new, high-end technology to Taiwan's MATRIX Precision Co., Ltd., giving Taiwan MATRIX new direction in its gear grinding machine tool production. Craftsmanship and Technology MATRIX advocates the excellence of leading-edge craftsmanship and technology. It embraces the diversity of countries, races, languages, and different user habits. Through the accumulation of shared experience, it improves the stability, reliability, high precision, and excellence of grinding machines and service quality. MATRIX provides for the planning and development of innovative machines with intelligent automation to meet diverse customer needs. MATRIX, is your expert in gear cutting tools and CNC gear grinding machines. Let our full range of services create the highest added value for you.

Yeong Chin Machinery Industries Co. Ltd. (YCM) Established in 1954, YCM has accumulated nearly 70 years of professional and technical experience for the manufacturing of machine tools. Through carefully listening to our customers’ needs, incorporating technological trends, and understanding market changes, YCM has accumulated extensive knowledge in traditional technologies and integrated this experience into new and innovative machine tool products. Creative innovation leads YCM to successfully create the most value-added machine tools for our customers. Factory Area: 164,160 Square Meters Main Facilities: Foundry, Machining Facility, Assembly Factory, Engineering Research And Development Center, Application Technology Center Main Products: Vertical Machining Centers, Double Column Machining Centers, Horizontal Machining Centers, CNC Turning Centers, 5-Axis Vertical Machining Centers Certifications: ISO 9001, ISO 14001, AS 9100:2016, CE A.Smart Manufacturing Solutions With the manufacturing industry facing many future challenges, such as short delivery times, mass customization, manpower shortages, and global competition, the development of "Industry 4.0" is imperative. To face the challenges ahead, YCM has successfully introduced "Smart Manufacturing Solutions" with “Smart Automation,” “Smart Machines,” and “Smart Management,” into its own factories to improve production efficiency and create the best competitive advantages. B.Smart Automation Automation is one of the important keys to the development of smart manufacturing. Industrial robots, smart machine tools, self-developed HMI human-machine interfaces, automatic workpiece measurement, statistical analysis and a central control system are combined to form an automated production line. To achieve quality production and one-piece continuous production, man-machine collaboration is essential. C.Smart Machines YCM independently develops smart spindles, monitored detection systems, and controlled communications which can monitor spindle vibration, detect machine collision, record and analyze processing and maintenance history, and perform other functions. Through self-developed i-Pros MX and i -Cube technology smart devices, continuous improvements are made in big data analysis, YCM is moving towards providing factories with zero downtime. D.Smart Management A self-developed MES, i-Direct, smart management system connects the software and hardware of all production line equipment, such as CNC controllers and machining centers, for remote monitoring and management. This retrieved information can indicate equipment utilization rates and overall equipment efficiency (OEE) data, allowing managers to monitor and manage the factory, grasp real-time production status, quickly locate and break through bottlenecks in the production process, and optimize production efficiency. High-Performance 5-Axis Vertical Machining Centers NFX400A, with a 6-slide blocks on the X-axis, and high-horsepower, IDD PLUS direct-drive spindle, gives increased speed and extreme machine stability. Various options of tool magazine capacities are available to achieve fast and reliable tool change efficiency, allowing the NFX400A to meet the varying processing needs often encountered in the aerospace, automotive, medical and other industries, where complex and precision parts are often produced. Its 5-axis rotary table, which adopts a trunnion-type support, can process workpieces with a maximum size of ø400 x 310 mm and a load of 200 kg. Multi-Axis Intelligent Flexible Manufacturing: The Exclusive UV650-FlexCell Debuts To help our customers improve their market competitiveness, YCM launched the UV650-FlexCell multi-axis, smart, flexible, manufacturing unit. Combining modular, standardized and flexible automation systems, with smart machines and smart management, UV650-FlexCell realizes Multi-axis Intelligent Manufacturing. The structure adopts a flexible, automatic, material rack design, and its central control parameter settings can achieve easy and fast line changes. The machine is equipped with a robotic arm and a warehouse system to automatically load and unload materials, reducing floor space, and maximizing production efficiency. Its intelligence modular design, along with practical storage and peripheral functions, can be expanded to meet the needs of diverse machining processes. The UV650 high-performance, 5-axis, vertical machining center, combines advanced technology with high-precision, simultaneous 5-axis processing. This not only shortens the installation and overall lead time, but also effectively improves the processing accuracy and quality. The UV650’s self-made IDD direct-drive spindle, and 17 kW high-power motor, with a maximum speed of 15,000 rpm, enables perfect surface smoothness when machining hard materials. In addition, the UV650 is equipped with a ø650mm B/C-type tilting, large-plate, rotating table, with a spacious processing area that can load up to 300 kg (0°~45°)/200 kg (45°~90°) workpieces. For workpieces with complex contour features, a reliable and diversified tool magazine selection is provided. The standard configuration is 40T, 48T, or 60T which can be selected for different processing requirements. Future Prospects YCM’s global management channel has subsidiaries in the United States, Germany, and China, as well as a branch office in Vietnam and a Malaysian technical center. YCM maintains networks in countries around the world, and we hope to use localization to deepen our market presence and improve the quality of services. Over the past 70 years, upholding the concept of "Stable, Practical, and Sustainable Operations," and positioning itself as the "Leading Brand in Machine Tools", YCM has always adapted “Supreme Quality”, “Cutting-edge Technology,” and “Total Solution Service" as its core values. YCM is "Always Progressing" and constantly developing innovative technology to create maximum value for our customers.

Having been a special-purpose machine developer since 1977, we have been keenly aware of the importance of motor spindles, and started developing a series of motor-built-in spindles in 1998. Prioritizing "Quality First" enables us to be a reliable supplier to help enhance machinery operations. With an appreciation for quality, imparted by European experts in spindle engineering, Spindlex utilizes state of the art equipment to manufacture high speed and high precision spindles with extreme reliability. After checking the performance of Spindlex motor spindles in running processes, and seeing the quality of the machined parts, you will confirm the added value present in Spindlex spindles. Spindlex services all types of motor spindles across all manufacturers world-wide. Trust your repair to one of the most experienced manufacturers, Spindlex. Send your spindles to us and we will return the repaired spindles in a short period at reasonable costs.

YIDA Overview Established in Taichung City, Taiwan in 2004, by Dr. Pu Hong-Yen, YIDA’s core business scope includes R&D and manufacturing of machine tools. YIDA is currently one of the few machine tool companies in Taiwan with product lines covering horizontal lathes, vertical machining centers and horizontal machining centers. Adopting customer-oriented service principle and strategy, YIDA is well-known for the ability to come up with automation solutions and customized machine tools that best satisfy its customers’ needs. YIDA-made machine tools serve a global customer base that is large and diverse and includes a wide range of applications. These products are used in a variety of end markets including aerospace, automotive, medical industries as well as job shops. YIDA provides strong technical support and instant communication to its agents across the world, making after-sales service as reliable as its machine tools. With the emerging trend of Smart Production, YIDA has integrated its decades of manufacturing and research expertise with latest technology. The company is currently developing Augmented reality (AR) in after-sales service, allowing timely problem-shooting to make repair and maintenance efficient. Another exciting feature YIDA is applying is Product Lifecycle Management system (PLM), PLM system can optimize the entire production process in real-time while increasing innovation and improving product viability. YIDA has never ceased to improve. In recent years, the Company has shifted its focus from machine tool manufacturing to providing automation and turnkey solutions. The customers’ production lines have been maximized by the automation solutions designed by YIDA without compromising quality. YIDA’s Path towards the Future YIDA will continue to seek technological breakthroughs and provide competitive products to its customers. Through its own R&D programs, YIDA has various technical exchanges with research agencies and universities to obtain its leading technology for current and future products. YIDA is prepared to strive, like the phoenix on its logo, ready to soar in the sky.

SIGMA Overview SIGMA CNC Technology Machinery Co., Ltd. was established in 2000 and manufactures CNC machining centers, marketing world-wide under the "SIGMA CNC" brand name. "Expertise, Innovation, Performance" is the company's business philosophy. We strive to understand market needs, constantly seek innovation and change, and provide customers with high-quality services through effective partnerships. A.Expertise As a professional manufacturer of CNC machining centers, with many years of accumulated technological experience, we attach great importance to working closely with our client partners. By improving efficiency and maintaining superior craftsmanship, together we create high quality products. B.Innovation Our R&D team keeps pace with the times, focusing on improving manufacturing technologies, optimizing product performance and service, and creating high added value products for our customers. C.Performance We have strict and trustworthy quality control processes, and have obtained various international certifications. We continue to develop and master key technologies to solve our customers' challenges, and use “Smart Manufacturing” to provide the best solutions for customers. We continue to move forward, exploring the world, and creating infinite possibilities for the future. SIGMA CNC Products CNC Double Column Machining Centers CNC Double Column Machining Centers with Auto Attachment Head Change systems CNC 5-FACE Double Column Machining Centers CNC 5-AXIS Double Column Machining Centers CNC CROSSRAIL Double Column Machining Centers CNC Moving Column Horizontal Machining Centers CNC High Precision Grinding Machine (For Linear Guideways & Blocks) CNC Custom Machine

Yaw Sheng International, Endless Growth Yaw Sheng specializes in the manufacturing of foundry machinery and equipment. We have a complete line of sandblasting machines, sand mixers, sand screening machines, as well as a broad range of sand core and shell-mold casting equipment. From our wide choice of models, with many versatile functions, domestic and foreign manufacturers are assured that they will have the appropriate equipment to increase their capacity and reduce their costs. Yaw Sheng equipment is widely praised by various industrial sectors. Yaw Sheng originally focused on the manufacturing of sandblasting machinery for metal surface treatment. As a long-established brand in the sand-core and shell-mold casting field, Yaw Sheng subsequently expanded into "environmental technology" and "sand core technology" to provide upstream and downstream supply to various metal processing OEMs. Combining die casting, surface treatment, post-cast processing, iron-sand raw material treating, and other services, Yaw Sheng provides complete, one-stop, vertical integration of casting and surface finishing equipment and services. Yaw Sheng Environmental Technology focuses on “Metal Processing” and “Scrap Iron Recycling.” Exclusive techniques used to treat metal and non-metal surfaces can achieve beautiful, protective, and preserving effects. Advanced sandblasting, grinding, polishing, and painting are other business areas where we use of our own recycling technology to purify and reuse scrap iron sand. Yaw Sheng Sand Core Technology is meeting global environmental technology trends. We introduced sand core machines that offer the design and production of large sand core models. Beside shell core and shell casting manufacturing, we also provide metal processing services, such as casting and die casting of all kinds of metal parts. Professional manufacturing, and international quality management systems meet global green casting process standards. Yaw Sheng Machinery Co., Ltd. gained a foothold in the industry with the objective of being “The Model of Surface Treatment.” Since its establishment in 1976, more than forty years have passed, and Yaw Sheng has expanded from a machinery factory to an “Environmental Technology” and “Sand Core Technology” company. Its modern industrial equipment demonstrates its maximized industrial competitiveness and has earned it a worldwide reputation for the best products and quality. Professional machinery equipment provides customers with comprehensive services. Yaw Sheng fulfills our corporate social responsibility, and invests time and effort to running its business, demonstrating maximized industrial competitiveness.

About HOSEA The high-precision CNC 5-Axis indexing table of HOSEA meets the most stringent standards in the European market. The products are widely used and favored in Europe, and are well-known by global machine tool manufacturers. The first indexing table supplier in Taiwan to obtain AS9100 aerospace-quality certification. 300+ CNC rotary table sets exported per year. The largest CNC 5-Axis rotary table supplier in Taiwan. Famous Germany’s machining company has designated HOSEA is one of its primary 5-Axis CNC machine ODM companies. This cooperation has lasted for more than 10 years. More than 52 years of experiences in CNC development & manufacturing. Multiple Transmission Mechanism Solution. AIoT CNC Cloud Intelligent Service. During machining operations, if any divergence occurs between worm gear and worm gear teeth, a sensor will send a signal to the cloud service indicating the problem. Both the client and the manufacturer will receive notification, allowing for immediate inspection and repair. Customized Product Design For machining conditions involving high load, high rigidity, and high speed, or requiring high precision, fine tolerances or hydrostatic rotary tables, HOSEA provides customized products for complete solutions. Machining Center Series Universal Machining Center WFCH-650D Vertical Machining Center WMH-320 Horizontal Machining Center APC-C400 Rotary Table Grinder Machine HPH-1000D Gantry Type Machines WMH-1500 Boring Machines WMH-800S

About Maintech Precision Maintech Precision focuses exclusively on the manufacturing of high-end CNC machine tool milling heads. Recognizing the rise of industrial 4.0 and artificial intelligence, we committed to automation and artificial intelligence research and focused on developing complex spindle heads for high-end CNC machines. We provide our customers with expertise in multi-axis machining applications, and have a complete range of milling heads for five-axis processing machines. We are committed to cooperating with our clients to design and manufacture customized products with high added value, and to providing faster, more economical after-sales service, at a price in line with customer expectations. We currently supply milling heads used in 5-axis CNC machines used for aerospace and aviation applications, precision molding, or for wind turbine blades. We offer an alternative to the 2-axis spindle heads currently imported mostly from Europe, by providing suitable products and services designed for the Asia market, eliminating the long repair cycle and high maintenance cost of other manufacturers. Maintech Products Mechanical spindles Automatic milling heads Electric spindles +DD Motor Five-axis milling heads Maintech Product Features Maintech plans and designs the interface between the machine tool and the milling head, making installation easy and simple. Our mechanical spindle speeds of up to 6000rpm are among the highest in the industry. Sensor detection inside the milling heads, which meet the needs of Industry 4.0, allow the rapid exchange between various types of milling heads to be realized. According to the specifications of the machine tool, milling heads are divided into medium and large, and can meet the needs of small as well as large machine tools. The minimum segmentation angle of A/C axis is 1 degree, for highly reliable stability. Technical Advantages Technical Service Maintech has the ability to design machine tools + two-axis spindle heads. If a manufacturer only produces a single milling head, when the milling head is installed on the machine tool, there will be a precision error after the machine tool and milling head are matched. By designing machine tools with two-axis spindle heads, Maintech can avoid this problem, and provide professional and fast technical services to assist customers in troubleshooting. Quality Assurance All parts inside the milling head are measured in the factory to ensure the accuracy of the processed parts. Rotation speed and movement flow are completely verified for accuracy before the product is shipped. Applications Mechanical Milling Head For high torque heavy cutting of difficult-to-cut materials. Features: It can reduce the need for repeated clamping of the workpiece, improving machining accuracy and efficiency. It is mainly used for Machining Centers and five-sided machining with gantry milling machines. Applications Areas: Wind power and hydropower industries Rough processing of aerospace industry processes Automotive industry Electric Spindle + Direct Drive Motor For high speed and high precision cutting. Features: The built-in electric spindle + direct drive DD motor is suitable for surface processing and high-precision processing required for finely finished surfaces. Applied for low and medium load fly-cutting of aluminum alloy and composites. Application Areas: Processing machinery for electronic products Aerospace components Aerospace blade and vane processing  Precision molds Maintech Precision is a specialist in the field of complex spindle head for high-end CNC machine focusing exclusively on the manufacturing of high-end spindle heads. We are sure we can definitely to fit your needs.

KINWA Brand, Worldwide Reputation of Quality KINWA LATHE was established in Taichung City in 1973, manufacturing precision high-speed lathes as its foundation, in 1980, we moved the factory to Da-Ya District and reorganized as CHIN HUNG MACHINERY CO., LTD. Since 1990, we have been developing and manufacturing CNC lathes, greatly expanding our market presence. The KINWA brand has gained a well-known, worldwide reputation for high quality lathes. KINWA’s broad range of excellent quality, high-speed precision lathes are found as standard equipment throughout many Taiwan and overseas manufacturing industries. With the development of CNC lathes, KINWA’s popular, high-tech, Gang-Type and Flat-bed CNC lathes have become essential the manufacturing industry. Over the years, KINWA LATHE has made huge progress in designing and providing customized precision high-speed and CNC lathes. As the demand for automation growing, KINWA LATHE’s abundant experiences in precision lathe manufacturing enable us to help customers of hand tool manufacturing to plan linear robot automation of lathes and also to cooperate with customers who manufacture home appliance parts to use vibrator bowl to achieve the purpose of automation. Furthermore, we work with a world-famous shock absorber corporation to plan automated load/unload robots to accomplish the purpose of automation to increase productivity and yield rate throughout the entire plant. With the post-pandemic price of raw materials continually raising, KINWA LATHE still insists on using components made in Taiwan by local manufacturers. We are keeping our commitment to providing only the best quality products and service for our worldwide customers.

Want to save time on your milling operations, but aren’t ready to make the large investment required for a CNC milling machine? There is an efficient option. Realizing the large price difference between “Traditional Milling Machines" and "CNC Milling Machines," and seeing the lack of intermediate products on the market, PaoFong focused on the design and manufacturing of Numerical Control (NC) Milling Machines that automate many traditional milling operations. By incorporating relevant controller systems, many traditional, manual, or electric milling machines can be upgraded to smart automatic milling machines. Using G and M code editing programs, or CAD/CAM translation processing programs, workpieces can be mass-produced, while maintaining the immediacy and convenience of traditional milling machines. Based on a traditional milling machine structure, these machines are easy to maintain, and parts are easy to obtain. The 15-inch, touch-screen control panel can interface with either a wired or wireless universal computer keyboard. The interface is easy to operate and can be customized to closely meet the user’s needs. The “Smart Machine” can use an API and CNC smart box, with a wired or wireless network, to allow the server to access the controller information and share the data with relevant decision makers. All these features make for a very efficient milling machine that can do multiple processes, all at a very affordable price. Pao Fong Industry Co., Ltd., established in 1986, specializes in the manufacturing of conventional milling machines, NC milling machines with CNC machine tools, and milling machines with Simple Automatic Control. Pao Fong’s innovative R&D designers, offer high-efficiency and high-quality machine tools for all customers.

The spindle is important to every machine tool just as the heart to every person. We are a professional precision spindle manufacturer - ROYLI. Our name, ROYLI reflects the meaning of Taiwanese pronunciation of “Thank you”. We want to say “Thank you” to the spindle for making our work easier, and “Thank you” to our customers who support us with all their hearts. ROYLI is your first-choice for spindles ROYLI has complete market application and service experiences for over 20 years. Efficient scale of production, full control of self-produced capacity, complete after-sales network, rich problem-solving experiences, and provide high-quality products and services for our worldwide customers. Our R&D team has over 10 years of experiences in designing high-speed spindles. Specialized in mechatronics and intelligent spindles, we have the advantages of being able to offer the finest electronic spindles. Most importantly, ROYLI focuses on each key process to provide the best products and prices for all customers. We have invested extensively in heat treatment technology, which is an essential process to ensure precision quality. Now, we are continuous designing and focusing on shaft cooling system, vibration reducing during high speed, and intelligent spindle system; moreover, the user can easily know the spindle operation status, reach stable machining, and high efficiency production. We provide complete and optimized solutions for spindles. Let ROYLI become your best partner.

【Unitide】Four characteristics of sealing tape automatic winding machine: 1. Tight winding of high-density PTFE tape. Tape is wound tightly onto the threads to achieve a better, completely airtight, anti-leak seal. 2. The user-machine interface is easy to operate. Stand-alone operation. The speed and number of rotations can be adjusted according to requirements. Can be set to automatic mode, or manual mode, to adjust for joints and fixtures. 3. High safety. No exposed electrical contacts when the lid is opened, and dual safety switches. 4. Suitable for workpieces of various materials/sizes. Equipped with variable tape sizes: 5mm, 7mm, 10mm, 13mm. Suitable for gas valves, oil pressure gauges, fire sprinklers, oil pressure joints etc. Metal or plastic materials are all suitable for winding. Do you think it is a simple process to wind sealing tape? It seems simple to wind sealing tape, but incorrect winding, such as winding in the wrong direction, applying an incorrect size of tape to the workpiece, or incorrect number of turns will cause serious consequences. For example, if the connection is not properly tightened, it will cause an unstable joint. Oil leakage, air leakage, and water leakage can all cause environmental problems. Attention should be paid to the tape winding process. The time cost spent on winding is often ignored. Why not improve work efficiency? We often look around for where we last set that small roll of sealing tape, and throw the roll away when it's used up. High skilled labor isn’t cheap. Forgetting the number of turns when winding, or not tightening properly can lead to quality problems that can have high hidden costs. The above problems can be solved by Sealing Tape Automatic Winding Machine!

Smart Factory Solutions for Metal Manufacturing Innovation, Technology, Science and Customization Established in 2013, Da Shiang Automation (DSA) is located in Guishan Industrial Park, Taoyuan, Taiwan. With the business philosophy of maintaining an Innovative, Technical, and Scientific Spirit to service our customers, DSA continues to grow. As a highly skilled system integrator in automation, with software and hardware technical skills, DSA has more than 10 years of experiences in Investment Casting, Sand Casting, Die Casting and Machine Tending…etc. Below are 6 major services we provide: AUTOMATIC SOLUTIONS FOR INVESTMENT CASTING, SAND CASTING, AND DIE CASTING PROCESSES DSA provides turnkey solutions for casting automation, and is fully experienced in investment casting, sand casting, and die casting processes. Also, we offer complete hardware & software integration solutions for the setting up of a smart factory.  Automatic Solutions for Investment Casting Processes Through the automated system integration of wax mold, shell mold, and casting processes, using robots to replace manual work in high-risk operating environments, we help improve production quality. Features of various systems include: Wax Mold Process Automation  Fully automatic production, from wax molding process to wax tree assembly, can save manpower and improve production efficiency. Shell Mold Process Automation The system identifies the state of the shell mold through RFID and automatically integrates the dipping, coating, and drying processes. The AI management system offers automatic parameter settings for shell mold processes. The vertical conveyor drying room, with flexible production, can optimize the procedure of drying and save space. The shell mold can be dried faster and maintain better quality by the design of the wind field. Infrared Shell Mold Rapid Production System The modular and parametric design can be used for various products. It takes 50 hours to dry shell molds using traditional processes; however, it only takes 6 hours to complete drying with this system. Compared to other traditional shell mold processes, it gives better quality. Size, weight, and quality are standardized and stable. Automatic Solutions for Sand Casting Processes Provide the complete sand-casting automation process can contain the following: cold-core coating, laser marking, dispensing & molding assembly, screwing, handling system for sand casting. Automatic Solutions for Die Casting Processes Labor in high-risk environments can be replaced by integrating several die-casting processes with robots. AUTOMATIC SOLUTIONS FOR POST-TREATMENT OF MACHINING & CASTING DSA also provides turnkey solutions for post-treatment of machining & casting, and is fully experienced in deburring, grinding, polishing, sandblasting, and cutting. Robotic Deburring, Grinding & Robotic Cutting Systems  Deburring & polishing for grinding gate, runner, parting line & weld bead. Increasing productivity and safety, and saving labor. Robotic Sandblasting Systems Robotics, integrated with sandblasting systems, enhance quality and save labor. A second robot can also be integrated for loading/unloading, increasing automation of production. AUTOMATIC SOLUTIONS FOR MACHINE AUTOMATION PROCESSES DSA is fully experienced, and provides a third turnkey solution for machining automation. CNC Machine Tending System Machine Tending Systems with Linear Units Enhance productivity by automation. Automate design for turnkey projects. Give a wide working range with external axis. Provide appropriate automation solutions. Approach real-time monitor and equipment status analysis by adding a DSA SCADA SMB system. Introduce automatic production scheduling to achieve the best production efficiency. Gantry Robots Customized X, Y, Z axis work range. End of Line Machine Automation Integrating after-machining processes, such as deburring, measurement, leak detection, cleaning, assembly, and laser marking. Integrating the vision system to reduce fixture using and increase production flexibility. CMM Machine Tending Automation Systems Flexible pallets with RFID, barcode or vision systems can be applied in mixed lines. PLC system controls the CMM to achieve measurement automatically. Above are our major services. Furthermore, in order to provide advanced smart automation solutions, DSA has integrated industry 4.0 concepts to casting and machine tending operations, to better fulfill customer expectations. We will keep improving to provide complete solutions and services for you.

YUNG I Machine Enterprise Co., Ltd. YUNG I Machine is located in Dali District, Taichung City, Taiwan and was established in 1962. Our company is divided into three departments: 1. Heavy Machinery Department: This department focuses on the development and production of spare parts for heavy machinery excavators. Main products include “Bucket Pins” and steel sleeve “Bushings,” as well as “Bucket Links” and “Track Adjuster Assemblies.” Through years of hard work, we have established a good reputation for quality in the construction machinery industry and have become the Number One Brand in Taiwan's construction machinery maintenance market. 2. Seal Department: YUNG I produces a range of machine seals including Japanese NOK, KYB and Taiwan-made hydraulic oil seals, packing seals, buffer seals, dustproof seals, wear rings, floating seals, and hydraulic cylinder repair kits for excavators. 3. Mechanical Hardware Department: Founded in 2004, our hardware department is an agent for Taiwanese brands, producing and selling Taiwan-made cutting hardware and machine tool accessories. Products include: SU’S Drills, End Mills, Taps: General agent in Indonesia. Auto Strong: Three Jaw Chucks, Power Chucks, Pneumatic Power Chucks ECHAIN: Turning Tool Holders, Rapid Drills, Milling Cutters CHIN CHAO: Precision Vises, Air/Hydraulic Vises We are committed to the production of milling collets, chuck holders, and collets to solve all customer problems, and produce cutting tools that create value for customers.

Taiwan Machine Solution, Yi Chang Machinery Co., Ltd. Yi Chang Machinery Co., Ltd., located in Dali District of Taichung City, Taiwan, produces Horng Dar brand drilling machines and tapping machines. Since its establishment 30 years ago, in 1984, Yi Chang has been committed to providing customers with a more convenient and fast operating experience in the field of drilling and tapping. Yi Chang is committed to assuring that all its products meet the four important characteristics of: high precision, low price, easy operation, and great flexibility. They are widely used in the manufacturing of hand tools, auto parts, sewing parts, electronic products, etc.; Yi Chang creates amazing economic value for all its customers which can be found spread across five continents. Features of Yi Chang Drilling Machines and Tapping Machines 1. From manual feed, and gear type automatic feed, to Pneumatic, Hydraulic, and even customized servo models, all product lines are diverse and complete. 2. Many models and series have both Taiwan and Mainland China patents. 3. Feeding is always stable, even in high-speed processes, ensuring excellent work quality. 4. Even when boring deep holes, chips can be removed indefinitely, and drill bits are not easily twisted off. 5. After chip removal, the drill head is quickly returned to its original position, greatly decreasing work time and increasing production. 6. Two-stage rapid feed can be programed to adapt for hollow materials, improving work efficiency. 7. Many models and series have “fixed-point delay retraction” or “servo control,” to drill to a precise depth. 8. Configurable foot controls provide users with various control options. 9. All products are 100% “Made in Taiwan.”