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

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

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

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/​​​

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

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!

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    

    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.

 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.

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

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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.

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。