TMTS Virtual Application
Our founder, Mr. C. F. Chang, established the factory in Taichung City and serviced the metal working industry by one lathe in 1968. Since 1973, we began made the lathe and named as " CHIN HO Machinery Factory ". In 1980, we moved the factory to Ta - Ya, Taichung country and reorganized as CHIN HUNG MACHINERY CO.,LTD. In order to expand the product, we built the new factory for CNC lathe in 1996.
Chain Headway, founded in 1992, specializes in developing and producing cutting tools and accessories for CNC machining centers. Over the years, we have established a stable production environment with advanced R&D and manufacturing capabilities. Our commitment to innovation enables us to deliver cutting-edge products and efficient material processing solutions for intelligent manufacturing.
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.
Founded in 1954, YCM (Yeong Chin Machinery Industries Co. Ltd.) specializes in machine tool manufacturing. YCM machine tools have been recognized worldwide for superior precision, outstanding rigidity and exceptional reliability. Today there are more than 70 makes and models fulfilling the industry’s diverse requirements. With over 70 years of machine tool manufacturing experience, YCM has establi
Honor Seiki was founded in 1987 and has more than 35 years of experience in VTL machine design and manufacturing.
We mainly focus on the production of Vertical lathes and strive for excellence.
With around 200 employees, HONOR SEIKI is the most professional, leading brand, machine tool provider which has international quality certificate in the field of Turnkey solution in Taiwan.
Accuway Machinery Corporation is one of the leading machine tool builder of vertical machining centers and CNC lathes for various industrial applications. Founded in 1986 by supplying mold and die for semi-conductor industries, it has accumulated abundant precision machining experience and technologies by continuous improvement and innovation.
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.
HANN KUEN was found in 1985 and have extended its expertise in developing & manufacturing special purpose machine units, such as drilling head, tapping head, boring and milling head, servo driven facing head, built-in motor spindle unit, spindle with auto unclamping cylinder, servo and hydraulic slide tables.
TOP-ONE Machinery delivers technical excellence, custom solutions, and a commitment to quality. Dedicated to environmental awareness and long-term collaborations, we offer unparalleled service advantages for your business growth. Explore our renowned OEM/ODM machining centers services for tailored product solutions.
Victor Taichung machinery works co. ltd, one of Taiwan’s biggest machine tool manufacturers, has specialized in CNC lathes, multi-tasking turning machines, machining centers, plastic injection molding machines, casting, sheet metal, etc. While Industry 4.0 has become a hot topic in global manufacturing, Victor Taichung further expanded a brand new smart factory with eight Victor Smart Production (
Establised in 1969 and was listed on stock since 2003 in Taiwan. Tongtai locates in Kaohsiung and our business was started from special purpose machine manufacturing. Now, we are a leading machine tool manufacturer in Taiwan and having diverse machine types. We are very experienced and capable of turnkey solutions and whole plant exports.
Established in 1978, TMT has enjoyed over 40 years of successful business experiences.
TMT have complete production line for customers including CNC Lathes, Vertical Machining centers, Tapping Centers, Column Moving Gantry Type Machining Centers and five-axis machines to satisfy the processing and production needs from different industrial fields.
TMT, good choice and partner for you!
To fulfill customers' needs, Taiwan Takisawa establishes Application Center. This center is in charge of demand planning, training and customization. Through technology exchange, Application Center has affirmed customers' loyalty all around the world. This is a key factor why Taiwan Takisawa plays an important role in this field.
Campro established since 2003 in Taiwan provides high-end CNC machine tools to the high precision applications requested user. As a manufacturer to the industry, we provide all phases of CNC machinery, from market analysis to production. Campro also develops at least 2 series of CNC machines every year to help customer improving their factory into the next level.
JINN FA Machine industrial Co., Ltd. was established in 1976 as a Precision Metal Lathes Machine Tool Manufacturer. JINN FA designs and manufactures a wide range of auto lathes, cnc lathe machines, CNC machining centers and special purpose machines.
PRAISE PRECISION IND.CO., LTD. founded in since 1976.
We are specialized in Carbide boring bars、Tool holders、Cutting tools、Grooving tools、Fine boring bars and machine tools series…etc with own brand “7-HERO”.
Lately, we promote new product, Knurling tools with new brand: “ADONAI”.
Over 40 years, our R&D Group is experienced in innovation and improvement to provide High precision quality products.
AUTOGRIP Machinery are devoted to developing new products and providing customized services. Moreover, we keep introducing advanced equipment and technologies to manage business resources in R&D, production, QC/QA, and sales.
The products are widely used in lathes, milling machines, grinding machines and special machines, providing the most suitable solutions and services for workpiece clamping.
KAIFENG MACHINERY CO., LTD. was founded in 2002, and the company is located in Taichung Industrial Park, which is the biggest industrial park in the area. Our business covers Greater China, Asia, Europe and North America. “Quality, Precision, Stability, and Practicality” is the foundation of the company.
Founded in 1954. With the help of Industrial Development Bureau, Ministry of Economic Affairs in 1995, Supertec successfully built up the Taiwan’s very first CNC Angular Cylindrical Grinding Machine. In 2003, Supertec received the ISO 9001~2000 certificates. Close-Loop Linear Motor CNC Profile Grinder and Electronic system producing equipment are on the process of researching.
LEADWELL was established in 1980. Currently have two manufacturing bases located in Taichung and Hangzhou. In 1990 we are the one of largest machine tool manufacturers in Taiwan which also a great team full of competitiveness and cohesion. Our mission is to constantly search for excellence and gain respect in the industry and provide high-quality and high-efficiency products.
Also, we looking forw
Fair Friend Group (FFG) was established in 1979 with the founding principles of reliability, growth,continuous advancement,best in quality,and strive for excellence. FFG consists of three major divisions of businesses: (1) Machine Tool Division, (2) Industry Equipment Division and (3) Green Energy Division.
MAROX Tools Industrial Co.,Ltd. was established in 1976.
Offering OEM/ODM/OBM services for cutting tools.
FEMCO was established in 1949, Originated in Chiayi, Taiwan. As a comprehensive steel manufacturing enterprise. Providing a wide range of products and services to a diverse international clientele, the business scope includes pipes and tubes, engineering and construction, machine tools, and golf shafts.
FATEK is a machine tool manufacturer of FEMCO Group in Taiwan.
Posa Machinery is a professional spindle manufacturer which owns complete product range. Product range includes lathe spindles, machining center spindles, grinder spindles, and boring machine spindles.
With over 40 years experience, You Ji has obtained customers' support in design and quality of machine. There are many machines to meet customers' different needs. Table diameter from Ø200 to Ø8000mm. You Ji is the first machine manufacturer to have passed CE and EMC and to have begun sales in the European market, and is the biggest vertical lathe and floor borer manufacturer in Taiwan.
JARNG YEONG ENTERPRISE CO., LTD. was founded in 1978, is a Taiwan-based professional manufacturer specializing in the production of CNC lathes and cam automatic lathes. Since company’s establishment, all the personnel adhere to professionalism, service enthusiasm, integrity, and attentive attitude as the core values, while attentively listening to the customers' needs.
The Manford group owns four companies in Taiwan, including Manford, Avemax, Automac Smartauto and Manford Guarding Co. Ltd.
Our product range is wide. We produce 5 axis machining centers, Double column, Vertical machining centers, Horizontal machining centers, Tapping center, CNC lathe.
A multi-talented R&D team is able to integrate advanced design into products, as well as supplying mac
Established in 1978, Falcon Machine Tools Co., Ltd. is an innovative, Taiwan-based CNC machine manufacturer with facilities in the United States (Chevalier Machinery Inc.) and agents in Europe, the Middle East, Mainland China and South America.
The company is publicly traded on the Taiwan Stock Exchange.
Future Life has been specializing in cnc accessories design & manufacturing.
AKIRA SEIKI was founded in 1985, specializing in the production of machine tools, and established a production factory in Taiwan in 2005.
AKIRA SEIKI has expanded our market to over 50 countries worldwide.
LI-HSUN INDUSTRIAL CO., LTD. was founded in 1994 and moved into the Taichung Industrial Park in October 2003 with 1,682 meters of factory and company premise. We always adhere to the operational principle of "Looking for high quality, utility and innovation" to provide our customers with the best product service.
Senday Enterprise Co., Ltd., is a professional lathe manufacturer established in 1975. With quality, technology and after-sales service as core values, our industry-leading technology and commitment to excellence our products have won the trust of local as well as international customers and distributors. By letting our quality speak for our r
Established in 2000, Win Ho Technology Industrial Co. has been providing supreme quality Lathe Machines for local Taiwanese customers and also for clients from Germany, Netherlands, Italy, USA, Canada, Australia, New Zealand, Vietnam,Singapore and Indonesia and many other customers across the globe. As a leading manufacturer of Machine Tools in Taiwan, Win Ho offers the largest selection of Lathe.
GSA TECHNOLOGY CO., LTD. established in 1978, from time to time, our growing of devotion work stable, keeping in mind of honesty, faith, profession and innovation, nonstop communication and promotion of critical quality procedure, ensure every products could meet high quality of duration and precision.
L&L Machinery Industry Co., Ltd. has been specializing in the manufacturing of CNC lathes in Taiwan for over 40 years. We produce both conventional and CNC lathes capable of handling a variety of processes such as turning milling, boring, milling turning, drilling, grinding, cutting, and polishing. Our high-quality machines are fully customizable to meet your specific demands.
TAIKI keeps the core value of “Quality creates reputation; reputation ensures quality” to impress our customers, possessing professional technical skills to provide comprehensive solutions for customers, improving customers’ machining efficiency, TAIKI will continue to launch more high precision products to customers.
Buffalo Machinery supplies a wide range of products, divided in two brands. MICROCUT, the original brand since 1983, covers most of the product lines and aims to deliver quality machines at competitive prices focusing on the relationship with the dealer and the end-user. AXILE, the high-end brand was launched in 2017, is conceived to cover the premium market of 3X and 5X high-tech machining center
Maple was founded in 1989 by a man that wanted to find better way to produce parts that can be more cost effective and a faster way then the current method that is being used. Today, Maple builds not only cnc machine tools but also provide added value solutions to help advance every individual customer production needs.
WELE is a professional CNC machine builder in Taiwan. We provide total solution to satisfy customers' demands. Wider range of product line and its X axis stroke range from 0.5meter to 20meter. More detail information shows in our official website.
ECHAINTOOL Precision Co., Ltd. is a leading professional tool manufacturer that covers a wide range of products in line with international standards, including various boring bars and tool holders, grooving tools, threading tools, rapid drills, milling cutters, carbide end mills, disposable inserts, and OEM tools.Overseas Agent Wanted. Please contact us.
MYLAS was established in 1985. Headquartered in Taichung, the company started from the Auto Lathe Series which has sold more than 65thousand machines worldwide. In 1999, the Jiangsu branch was established to target the market in China. In order to satisfy the skyrocketing demand, the Shengang branch was founded in 2004. We offers simple lathe, dual spindles, double turret types CNC machines.
Taicin is a Taiwan oil hydraulic valves and pumps manufacturer for more than 30 years.
Our products are used in plastic injection machines, CNC lathe, machine center, machine tools etc.
Our core value is to provide high quality, durable and also environmental social governance products to clients.
Hon Jan Cutting Tools was founded in 1989 and we connected to the global market with the brand "SHAN GIN TOOLS". Our company produces indexable cutting tools for more than 33 years. Our strict quality control obtains ISO 9001 certification, which makes us supply the qualified products confidently. As a leading manufacturer in Taiwan, we never stop innovating to perfect customers' requirements.
Holer Cutting Tool Co., Ltd is specializing in designing and manufacturing various cutting tool. Under the policy of constant breakthrough and innovation, we have dedicated to pursuing new level of technology, quality, and management. With the combination of theorem and practical experience and outstanding knowledge in material characteristics, we always strive in research for cutting technology.
SYIC has been a professional manufacturer of machinery tools and accessories.
We hold ISO9001 and ISO14001 certifications, and we design, manufacture, and sell innovative products to the world, backed by over 300 patents.
With our dedication to premium quality products, we’ll always offer manufacturing solutions to customers, resolve their problems and create a win-win business together.
ECOM Founded in 1976, specializes in machine tool manufacturing. ECOM machine tools have been recognized worldwide for superior precision, outstanding rigidity, and exceptional reliability. ECOM product covers CNC Vertical Machining Center, Horizontal Machining Center, Tapping Center, and Bridge Type Machining Center. We dedicated to provide our customer with reliable machines and best services.
FORCE ONE Machinery, founded in 1997, specializes in high-performance CNC lathes. With 27 years of company experience and 40+ years of chief engineer expertise, it leads in designing efficient, quality machines. Through innovation and R&D, FORCE ONE has become a respected manufacturer of multi-tasking CNC lathes in Taiwan.
Starting in 1990 making machine tool components, Ying Han Technologoy has accumulated sufficient experiences and know-how in designing and manufacturing high precision components.
The concept of building quality machines stems from the long term supplying relationship with known companies in the field of machining center manufacturing.
Nirei Corporation Ltd., establishedin2011, is a factory invested by a Japanese knife maker. We have been dedicated to the manufacturing of high-quality, high-precision, and durable Slitter Knives, Spacer, and related products for several years. Currently, we have customers in Taiwan, Mainland China, and Southeast Asia countries such as Indonesia, Malaysia, Thailand, and Vietnam.
The Production Site of a Tier 1 Factory, Waysia Industrial Co., Ltd. was established at Ming Hsiung Industrial Area, Chiayi, Taiwan in 1991. It is a wholly owned subsidiary of Meita Group.
At the beginning stage of its establishment, the company was engaged in the design and manufacturing of special tools, jigs, and fixtures, metal cutting machines and special-purpose machines.
LH TOOL is a CNC carbide cutting tools manufacturer, with 30 years of production experience. We can provide excellent after-sales service and technical support.
Our main products include carbide end mills for machining difficult-to-cut materials such as stainless steel, titanium alloys, and nickel-based alloys, as well as micro tools as small as 0.1mm, 3D-40D carbide coolant-through drills.
Rich Rewards Interprise was established in Taichung since 2005, with more than 30 years of experience in export sales of machine tools, mechanical standard parts, molding and clamping system equipment. Possess a wealth of professional knowledge of machine tools, specializing in providing customers with excellent and reliable products; familiar with Taiwanese machinery manufacturers and maintaining
WELLTECH Machinery Co., Ltd. was established in 1996, specializing in the machining/manufacturing/sales/rental of CNC machine tools. Vertical lathe, vertical turning and milling compound processing machine.
The main customer groups are precision machining industry, automobile and motorcycle parts industry, electronic communication industry, aviation parts industry, ship parts industry, etc
PROMPT is a young, dynamic and professional manufacturer of machine tool, our sales network has extended to over 30 countries around the world.
With complete structure of software and hardware, we conduct strict quality control to achieve maximum working efficiency.
We put great efforts on creating mutual benefit. In 21 century, it is expectable to see more improvement
& development of PROMPT.
DIN-KO MACHINERY CO. LTD was founded on April 12th, 2012. With the eager of keeping abreast of time, innovation is embedded into our company philosophy. Starting from building the first 3-roller vertical flow forming machine in Taiwan to the formation of a complete production cell with turn-key solution.
VERNAL is proud to present our new product line, VERNALCO, which specializes in driven tool holders for Swiss type CNC machine. Our exceptional capabilities enable us to design and fabricate such holders to meet the demands of high-precision machining. Vernalco is prepared to deal with a broader range of machining requirements.
Mongtec Precision focuses on providing high-quality products such as driven tool, zero nut, grippers, and jet spindle. Our products are widely used in fields including metal processing, aerospace, automotive, bicycles, and mold manufacturing. We strive to be your most trusted partner.
Since the establishment of JhuHen Enterprise in 1984, the company has dedicated to the development of precision grinder on lathe for more than 40 years.In addition to focusing on lathe grinders, we can also customize grinders according to the specific machining environment requirements of our clients. In terms of machining, we can provide relevant grinding expertise for our customers' reference.
HAWE Hydraulik focuses on the power density of hydraulics with its efficient and compact drive and control solutions. This technology can be used universally thanks to electronic control, modern interfaces and flexibility in terms of the drive type used. Solutions for a World under Pressure.
Chain Headway offers high-precision PCD (Polycrystalline Diamond) and PCBN (Polycrystalline Cubic Boron Nitride) inserts, specifically designed for machining non-ferrous metals and hard-to-cut materials. These inserts are known for their exceptional wear resistance and cutting efficiency, making them ideal for various high-demand precision machining applications, such as automotive parts, aerospace, and electronics industries.
1. PCD Inserts:
(a) Suitable Materials: Aluminum alloys, copper alloys, carbon fiber reinforced plastics (CFRP), composite materials, etc.
(b) Advantages: Excellent surface finish and outstanding wear resistance.
(c) Applications: Used for high-efficiency mirror cutting, deep hole boring, and slotting operations.
2. PCBN Inserts:
(a) Suitable Materials: Hardened steel, gray cast iron, powder metallurgy materials, etc.
(b) Advantages: Provides stable cutting performance and long tool life in high-hardness materials.
(c) Applications: Suitable for precision turning, milling, and machining of wear-resistant components.
In addition to standard inserts, Chain Headway also offers customized PCD and PCBN inserts tailored to meet specific customer requirements. Whether it is insert shape, size, or edge design, our products can be customized according to different machining conditions to achieve higher machining efficiency and optimal cutting performance.
-Strong structure design of spindle: cross roller bearing is used as exclusive design of bearing for vertical lathes
-High rigidity column: Once piece column with wide span box structure design provide more stability and reduce vibration
-Excellent machining performance: Honor patented powerful clamping system - "Solid Lock" provides high accuracy for heavy-duty cutting and reduces tool vibration, and machine productivity as well
-For more information, please contact us.
honor@honorseiki.com
-Multiple turret types to fulfill various application
-High-Reliability Spindle: 100% spindle balancing process offers high durability. All spindles are made and tested by HONOR SEKEI and feature a precise one-to-one fit
-Excellent machining performance: High rigidity column with box in box machine bed design supports great stability during processing
-For more information, please contact:
honor@honorseiki.com
Controller：FANUC 0i-T
Max. turning lengthSwing over bed：660mm
Swing over saddle：620mm
Max. Turning Diameter：300mm(UZ-1500T2Y) / 310mm(UA-1500T2Y)
Max. turning length：480mm(UZ-1500T2Y) / 500mm(UA-1500T2Y)
Guide way type：Linear + Box
X-axis Travel：X1/X2 : 200mm(UZ-1500T2Y)/185mm(UA-1500T2Y)
Z-axis Travel：Z1/Z2 : 600mm
Y-axis Travel：±50mm
B-axis Travel：700mm(UZ-1500T2Y)/600mm(UA-1500T2Y)
>click here to see more specifications<
ML-560 series is one of Yida's most popular models.
With high-precision, heavy-duty roller type linear guideways on X, Y & Z axes, allowing the axes to move at high rapid traverse rates with high positioning accuracy due to low stickslip and low coefficient of friction.
． High stability
． High Speed
． High Process Reliability
． Slant Bed Design
． Various turrets available
． CS-axis function applicable
． Automation equipment available
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=94
Controller：FANUC 0i-T
Swing over bed：380mm
Swing over saddle：320mm
Max. turning diameter：180mm
Max. turning length：175mm
Guide way type：Box
X-axis Travel：120mm
Z-axis Travel：230mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：505mm
Swing over saddle：318mm
Max. turning diameter：300mm(JT-150)；230mm(JT-150M)
Max. turning length：310mm(JT-150)；200mm(JT-150M)
Guide way type：Linear
X-axis Travel：195mm
Z-axis Travel：350mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：455mm
Swing over saddle：260mm
Max. turning diameter：280mm(UL-20)；180mm(UL-20M)
Max. turning length：600mm(UL-20)；500mm(UL-20M)
Guide way type：Box Way
X-axis travel：175mm
Z-axis travel：625mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：680mm
Swing over saddle：485mm
Max. turning diameter：240mm(UT-200Y)；155mm(UA-200Y)
Max. turning length：440 mm/ 365mm(UT-200Y)；500mm/425mm(UA-200Y)
Guide way type：Box Way
X-axis Travel：220mm
Z-axis Travel：600mm
Y-axis Travel ：±50mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed： 850mm
Max. turning diameter： 750mm
Max. turning length： 700mm
Guide way type： Linear (Box way)
X-axis Travel：420mm
Z-axis Travel：800mm
>Click here to see more specifications<
(1)Unique high pressure water outlet design, aiming the tip of insert for cooling down and chip removal.
(2)30 to 150% longer tool life for different kind of materials.
(3)Improved chip breaking, particularly at pressures above 40 bar.
(4)Shorten processing time by high cutting speed.
(5)Simple locking structure is solid, easy to assemble and operate that makes insert quickly change.
【ASER-WP】
--The double direction coolant hole toward the cutting edge.
【ASER-NA】
--The upper coolant hole toward the cutting edge.
--It's specialized for CNC automatic lathes.
Feature:
(1)Shorten processing time by high cutting speed.
(2)30 to 150% longer tool life for different kind of materials.
(3)Improved chip breaking, particularly at pressures above 40 bar.
(4)Simple locking structure is solid, easy to assemble and operate that makes insert quickly change.
(5)Unique high pressure water outlet design, aiming the tip of insert for cooling down and chip removal.
Our highly efficient Intelligent Gantry-Type Automatic Production Line is designed to make sure each machine meets customers’ expectations for design, features, precision, quality and reliable performance for years to come.
This automatic production line, developed and tested by our R&D department and application team, includes vertical lathes and vertical machine centers along with automatic loading and unloading systems, workpiece identifying, positioning, flipping, cleaning and in-process measuring systems.
We significantly increased the system’s production efficiency by using high-speed, double-jaw robot arm movements, vertical direction at 60 m/min and horizontal direction at 80 m/min.
As a result, our professional team can study customers’ requirements and design a complete integrated production line—including an automatic loading and unloading system—to meet their specifications.
(1)Exchangeable cutting heads.
(2)For a variety of turning (bore cutting) applications.
(3)The cutting heads can be assembled with Anti Vibration shank.
(4)Providing the biggest steel shank with coolant hole can be 460mm length.
(5)The cutting heads with coolant hole can be quickly changed out, helping reduce time time and prolong tool life.
(1)Easy to process and versatile
(2)Divided into three types : Clamp type, Screw type and Clamp with Screw type
The FVL-8, 12, 20 and 24 Series meets the need to integrate automation or cell manufacturing into the market. This series is widely used in the automotive parts, engines and compressor industries by using a simplified fixture design and is excellent for turning irregular shaped workpieces. The automotive industry's lightweight and environmental restrictions and the popularity of alternative energy vehicles are driving a substantial increase in the demand of forged aluminum wheels.With our steel-inlaid guideway technology, this series adopts the dual-turret dual-system configuration that simultaneously handles the inner and outer diameter of the aluminum wheels. The machining range can reach 26" aluminum wheels, which greatly reduces machining time. The 6+6 turret provides additional flexibly for tool selection.Our exclusive iMachine Communications System™ (iMCS) software includes remote machine monitoring, data analysis, alarm history and maintenance updates to improve overall equipment efficiency (OEE). Working with Chevalier’s software, an operator easily controls the machine with simple procedures to increase productivity.
．Max. Machining diameter: Φ360 mm
．Max. Machining length: 300 mm
．X-axis Travels: 195 (175+20) mm
．Z-axis Travels: 330 mm
．Spindle Nose: A2-5
．Chuck diameter: 6"
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=526
BML-560S
．Max. Machining diameter: Φ320 mm
．Max. Machining length: 320 mm
．X-axis Travels: 190 (160+30) mm
．Z-axis Travels: 360 mm
．Spindle Nose: A2-6 (STD.) ; A2-5 (OPT.)
．Chuck Diameter: 8" (STD.) ; 6" (OPT.)
．CS- axis function
BML-560M
．Max. Machining diameter: Φ320 mm
．Max. Machining length: 570 mm
．X-axis Travels: 190 (160+30) mm
．Z-axis Travels: 610mm
．Spindle Nose: A2-6 (STD.) ; A2-5 (OPT.)
．Chuck Diameter: 8" (STD.) ; 6" (OPT.)
．CS- axis function
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=538
BML-600L
．Max. Machining diameter: Φ420 mm
．Max. Machining length: (STD.) 1,280 mm (10")；(OPT.) 1,260 mm (12")
．X-axis Travels: 230 (210+20) mm
．Z-axis Travels: 1,330 mm (10") ; 1,320 mm (12")
．Spindle Nose: A2-8 (STD.)
．Chuck Diameter: Φ10" (STD.) ; Φ12" (OPT.)
．CS- axis function (OPT.)
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=562
BML-600M
．Max. Machining diameter: Φ420 mm
．Max. Machining length: (STD.) 780 mm (10")；(OPT.) 760 mm (12")
．X-axis Travels: 230 (210+20) mm
．Z-axis Travels: 830 mm (10") ; 820 mm (12")
．Spindle Nose: A2-8 (STD.)
．Chuck Diameter: Φ10" (STD.) ; Φ12" (OPT.)
．CS- axis function (OPT.)
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=550
BML-600S
．Max. Machining diameter: Φ420 mm
．Max. Machining length:(STD.) 560 mm (8")；(OPT.) 540 mm (10")
．X-axis Travels: 230 (210+20) mm
．Z-axis Travels: 590 mm (10") ; 600 mm (8")
．Spindle Nose: A2-6 (STD.) ; A2-8 (OPT.)
．Chuck Diameter: 8" (STD.) ; 10" (OPT.)
．CS- axis function (OPT.)
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=538
．Max. Machining diameter: Φ360 mm
．Max. Machining length: (STD.) 470 mm (A2-6)；(OPT.) 460 mm (A2-8)
．X-axis Travels: 215 (180+35) mm
．Z-axis Travels: 500 mm (8") ; 500 mm (10")
．Spindle Nose: A2-6 (STD.) ; A2-8 (OPT.)
．Chuck Diameter: 8" (STD.) ; 10" (OPT.)
．CS- axis function (OPT.)
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=382
ML-600S
．Max. Machining diameter: Φ420 mm
．Max. Machining length:(STD.) 560 mm (8")；(OPT.) 540 mm (10")
．X-axis Travels: 230 (210+20) mm
．Z-axis Travels: 600 mm (8") ; 590 mm (10")
．Spindle Nose: A2-6 (STD.) ; A2-8 (OPT.)
．Chuck Diameter: Φ8" (STD.) ; Φ10" (OPT.)
．CS- axis function (OPT.)
ML-600M
．Max. Machining diameter: Φ420 mm
．Max. Machining length: (STD.) 780 mm (10")；(OPT.) 720 mm (12")
．X-axis Travels: 230 (210+20) mm
．Z-axis Travels: 830 mm (10") ; 820 mm (12")
．Spindle Nose: A2-8 (STD.)
．Chuck Diameter: Φ10" (STD.) ; Φ12" (OPT.)
．CS- axis function (OPT.)
ML-600L
．Max. Machining diameter: Φ420 mm
．Max. Machining length: (STD.) 1,280 mm (10")；(OPT.) 1,260 mm (12")
．X-axis Travels: 230 (210+20) mm
．Z-axis Travels: 1,330 mm (10") ; 1,320 mm (12")
．Spindle Nose: A2-8 (STD.)
．Chuck Diameter: Φ10" (STD.) ; Φ12" (OPT.)
．CS- axis function (OPT.)
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=238
ML-430
．Max. Machining diameter: Φ430 mm
．Max. Machining length: 240 mm
．X-axis Travels: 350 mm
．Z-axis Travels: 320 mm
．Spindle Nose: A2-5
．Chuck Diameter: 8"
．CS- axis function (OPT.)
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=250
IK-A90 characteristics
1. It uses precision grinding gears made in Taiwan. It can be used machining with high torque.(800 rmp)
2. It is always linked to vertical machining center, gantry type machine, boring and milling machine and vertical lathe.
3. A wide range of machine tools and machining fields such as automobiles, molds, aerospace, energy...etc.
4. 90-degree head allows large workpieces to be processed on the side without turning or repeated loading and unloading, which improves the processing efficiency.
5. There are 2 models in 90 degree processing IK Angle Head series.(the other one is IK-N90)
Controller：FANUC 0i-T
Swing over bed：455mm
Swing over saddle：260mm
Max. turning diameter：280mm(UL-15)；180mm(UL-15M)
Max. turning length：300mm(UL-15)；210mm(UL-15M)
Guide way type：Box Way
X-axis travel：175mm
Z-axis travel：350mm
>click here to see more specifications<
Controller：FANUC 0i-T
Max. Turning Diameter(SP1)：70mm
Max. Turning Diameter(SP2)：70mm
Max. Turning Length：mm 55
Guide way type：Linear
X-axis Travel： 160(145+15)mm
Z-axis Travel： 310(±155)mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：660mm
Swing over saddle：620mm
Max. Turning Diameter：340mm
Max. turning length：510mm(UA-2000T2M) / 400mm(UA-2000T2MB)
Guide way type：Linear + Box
X-axis Travel：X1/X2: 210mm
Z-axis Travel：Z1/Z2: 550mm(UA-2000T2M)/Z1/Z2: 450mm(UA-2000T2MB)
B-axis Travel：1400mm(UA-2000T2M) /1200mm(UA-2000T2MB)
>click here to see more specifications<
Controller：FANUC 0i-M
Spindle speed：10000/12000rpm
Spindle nose taper：BT40
Bearing inner diameter：70mm
Drive system：Belt/Direct
X-axis travel：1100mm
Y-axis travel：550mm
Z-axis travel：550mm
Spindle nose to table：150~700mm
>click here to see more specifications<
Features:
-30 degree slant bed design for easy operation and easy chip removal
-Cast iron bed with optimally designed ribs with integral stiffness provides an very strong rigidity
-Big diameter bearing provides high rigidity
-High-resolution encoder mounted on spindle to provide accurate C axis positioning
-C axis with continuous indexing
-Double supported ball screws direct-driven servo motors are used for axial movements
-Servo turret or hydraulic turret is offered for users as an alternative choice
-Large disc is equipped for easy tool set up
-Special spindle motor location design reduces machine floor space
-One-piece structure on the machine structure to provide massive rigidity
-Programmable tailstock available as an option
-Large coolant tank
-Internal coolant supply through turret disc
-High pressure pump
-PLC controlled chip conveyor
￭One-piece 30° slant bed design made from high quality MEEHANITE® cast iron to reduce the effects of vibration and
minimize thermal deformation.￭The spindle driven by a 35 kW 47 HP motor can generate rotation speed up to 3,500 rpm which is well-suited for heavy duty
machining.￭Packed with sub spindle, Y-axis, live tool turret and C-axis, these turn-mill features allow complex finished parts machining in
just one setup, while also improving efficiency and accuracy.￭The BMT65 turret ensures a fast and stable rotation.
CONTINUOUS OPTIMIZATION OF PRODUCTION LINE NARROW FACE WIDTH. FLEXIBLE LAYOUT. YOUR BEST PARTNER IN INTELLIGENT MANUFACTURING.
- 1000mm supper narrow face width
- Flexible Layout to Suit Various Production Requirements.
- Patented Complex Tool Turret.
- Automatic Workpiece Changer (optional)
- Intelligent Production through Human-Machine Interface.
The WVT series CNC Vertical Lath features highly rigid structure. The series of machine is designed specifically for extra hard workpiece machining, and exhibits outstanding stability and dependability.
One-piece-formed base: The base is made as 60-degree one-piece-formed, which decreases the negative influence from the casting combination and also ameliorates the chip transferring.
Customized turret: The specialized turret, designed from MYLAS and SAUTER, mainly reduces the interference of each turret while triple system movement.
High-level end controller: For simultaneous machining, all three programs can be monitored in one shot, which maximizes the convenience of the tool control.
Multi-axes linear guideway: For better accuracy and speed, X and Z-axis are equipped with linear guideways.
Boxy way on dual Y axes: The machine is equipped double BMT-55 turret that increases the loading of each Y-axis. To meliorate the stability and rigid, double Y axes design with boxy way.
Bed swing diameter: 450mm (17.7")
Saddle swing diameter: 280mm (11.0")
Maximum turning diameter: 260mm (10.2")
Maximum turning length: 300mm (11.8")
Bar capacity: 42mm (1.7")
Power chuck diameter: 6"
Spindle motor power: 7.5/11kw
Spindle speed: 5000rpm
Spindle nose taper: A2-5
X-axis travel: 125+20mm (4.9"+0.8")
Z-axis travel: 300mm (11.8")
X-axis rapid feed rate: 24m/min
Z-axis rapid feed rate: 30m/min
Slide way type: Linear
Tool capacity: 8T
Floor space: 2790x1542x1713mm
Machine weight: 3300kg
www.keepwaycnc.com
Bed swing diameter: 450mm (17.7")
Saddle swing diameter: 280mm (11.0")
Maximum turning diameter: 260mm (10.2")
Maximum turning length: 300mm (11.8")
Bar capacity: 52mm (2.0")
Power chuck diameter: 8T
Spindle motor power: 7.5/11kw
Spindle speed: 5000rpm
Spindle nose taper: A2-6
X-axis travel: 125+20mm (4.9"+0.8")
Z-axis travel: 300mm (11.81")
X-axis rapid feed rate: 24m/min
Z-axis rapid feed rate: 30m/min
Slide way type: Linear
Tool capacity: 8T
Floor space: 2790x1542x1713mm
Machine weight: 3300kg
Bed swing diameter: 530mm (20.9")
Saddle swing diameter: 380mm (15.0")
Maximum turning diameter: 360mm (14.2")
Maximum turning length: 500mm / 750mm (19.7" / 29.5" )
Bar capacity: 52mm (2.0") (OPT: 65mm)
Power chuck diameter: 8"
Spindle motor power: 11/15kw
Spindle speed: 4500rpm
Spindle nose taper: A2-6
X-axis travel: 180+20mm (7.1"+0.8")
Z-axis travel: 500mm (19.7")
X-axis rapid feed rate: 24m/min
Z-axis rapid feed rat: 24m/min
Slide way type: Linear
Tool capacity: 8T
Floor space: 3318x1675x1727mm / 4070x1705x1844mm
Machine weight: 4000kg / 5000kg
Bed swing diameter: 530mm (20.9")
Saddle swing diameter: 380mm (15.0")
Maximum turning diamteter: 360mm (14.2")
Maximum turning length: 500mm / 750mm (19.7" / 29.5")
Bar capacity: 75mm (3.0")
Power chuck diameter: 10"
Spindle motor power: 15/18.5kw
Spindle speed: 3500rpm
Spindle nose taper: A2-8
X-axis travel: 180+30mm (7.1+1.2")
Z-axis travel: 500mm / 750mm (19.7" / 29.5")
X-axis rapid feed rate: 20m/min
Z-axis rapid feed rate: 20m/min
Slide way type: Box
Tool capacity: 10T
Floor space: 3508x1658x1854mm / 4070x1705x1844mm
Machine weight: 4500kg / 5200kg
Bed swing diameter: 600mm (23.6")
Saddle swing diameter: 400mm (15.7")
Maximum turning diameter: 500mm (19.7")
Maximum turning length: 750mm (29.5")
Bar capacity: 85mm (3.3")
Power chuck diameter: 12"
Spindle motor power: 15/18.5kw
Spindle speed: 3000rpm
Spindle nose taper: A2-8
X-axis travel: 250+25mm (9.8+1.0")
Z-axis travel: 750mm (29.5")
X-axis rapid feed rate: 20m/min
Z-axis rapid feed rate: 20m/min
Slide way type: Box
Tool capacity: 10T
Floor space: 4307x1770x1942mm
Machine weight: 5700kg
Bed swing diameter: 600mm (23.6'')
Saddle swing diameter: 400mm (15.7")
Maximum turning diameter: 500mm (19.7")
Maximum turning length: 1200mm / 1600mm (47.2" / 63.0")
Bar capacity: 85mm (3.3")
Power chuck diameter: 12"
Spindle motor power: 15/18.5kw
Spindle speed: 3000rpm
Spindle nose taper: A2-8
X-axis travel: 250+25mm (9.8+1.0")
Z-axis travel: 1200mm / 1600mm (47.2" / 63.0")
X-axis rapid feed rate: 20m/min
Z-axis rapid feed rate: 20m/min
Slide way type: Box
Tool capacity: 10T
Floor space: 4786x1932x1941mm
Machine weight: 5900mm
Packed with the latest machine tools technology and high precision turning capabilities, the Goodway GV-500 series high speed vertical CNC turning center combines a high rigidity structure and precision linear guideways with a servo indexing turret and powerful spindle ( max. torque up to 883 N-m ). These series features a compact machine size with heavy duty turning capabilities. In addition to the GV-500 series, the GV-500X series twin spindles & turrets equipped with loading & unloading systems can complete disk-shape work pieces that need multi-processing in one single setup which saves a great amount of time and increases production efficiency to meet your needs of today and tomorrow.
• Fully enclosed splashguard keep chips and coolant contained for a safe clean working environment.
• The low center of gravity design with 90 degree rotatable control panel provides easy access to load & unload parts and a user friendly operating interface.
• Super compact machine size ( 3.3m ) equipped with rear discharge chip conveyor increases factory space usage while providing you with a convenient conveyor system planning.
With the latest machine tools technology and high quality components, GOODWAY brings you the new GLS-2800 / GLS-3300 series high speed CNC turning center. This series is based on high precise linear guide ways and featured big bore, high power, fast cut and more to provide you machining solution with high efficiency cutting power. Besides, The GLS-2800 / GLS-3300 series equipped with an optional live tooling turret, C-axis, Y-axis and sub-spindle, G.LINC 350 intelligent control system and various automation equipment to reach a complete series and easily meet your machining needs of today and tomorrow.
Equipped with an optional live tooling turret, C-axis, Y-axis and sub-spindle and other advanced features allows GLS-2800/3300 can work on turning, milling, drilling, tapping and off-center milling tasks. The machining capability equals the integration of turning center and machining center, which significantly lowers machining cycle time and manpower, and also prevent accuracy error of switching work-piece to another machine.
The spindle and gears of the right angle milling head (90 degree milling head, angle head) are made of chrome molybdenum alloy steel and heat treated (carburization). Thus, the milling head is rigid and durable. Its quality is reliable.
Such a milling head is suitable for conventional gantry milling machines, CNC gantry milling machines, single arm milling machines, special purpose machines and machining centers. Adopting enlarged square main body can bear greater torque. It is also suitable for vertical lathe, large gantry milling machine.
The model XR10 with unclamping cylinder, which can change the tool quickly, and the OTT pull stud type clamping units, make the tool clamping force strong and long service life.
Customer can select 2000RPM(moderate cutting type) or 3000RPM(light cutting type) for using depending on the nature of the work and machine spindle speeds.
Optional accessories coolant through spindle for deep holes drilling.
Customized is available, please contact us.
With leading technology and high quality components. GOODWAY SD series Swiss turning Center with exquisite appearance, variety tooling selection and complete automatic system provides high speed turning, milling, drilling, tapping and other complicated work requirements on front / side of work-piece. Besides, optional sub-spindle and rear-end tools is available. The high efficiency performance of SD series can satisfy with mass production of precision parts requirement.
Controller： FANUC 0i-T
Swing over bed：850mm
Max. turning diameter： 750mm
Max. turning length：800mm
Guide way type： Linear/Box way
Tool Spindle taper：BT50
X-axis Travel：650mm
Z-axis Travel：800mm
>click here to see more specifications<
Controller FANUC 0i-T
Swing over bed mm 750
Max. turning diameter mm 550
Max. turning length mm 550
Guide way type Linear
X-axis Travel mm 295
Z-axis Travel mm 550
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：1100mm
Max. turning diameter：720/950mm
Max. turning length：700mm
Guide way type：Box way
X-axis Travel：410mm
Z-axis Travel：750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：1100mm
Max. turning diameter：720/950mm
Max. turning length：700mm
Guide way type：Box way
X-axis Travel：410mm
Z-axis Travel：750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：380mm
Swing over saddle：320mm
Max. turning diameter：180mm(UT-100E)；100mm(UT-100EM)
Max. turning length：175mm(UT-100E)；140mm(UT-100EM)
Guide way type：Box way
X-axis Travel：120mm
Z-axis Travel：230mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：505mm
Swing over saddle：318mm
Max. turning diameter：300mm (JT-200)；230mm (JT-200M)
Max. turning length：560mm (JT-200)；450mm (JT-200M)
Guide way type：Linear
X-axis Travel：195mm
Z-axis Travel：600mm
>點此看更多詳細規格<
Controller：FANUC 0i-T
Swing over bed：505mm
Swing over saddle：318mm
Max. turning diameter：300mm (UT-200)；260mm (UT-200M)
Max. turning length：550/470(UT-200)；450/370mm(UT-200M)
Guide way type：Box Way
X-axis Travel：220mm
Z-axis Travel：600mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：505mm
Swing over saddle：318mm
Max. turning diameter：300mm；260mm
Max. turning length：1000mm/920mm(UT-200L)；900mm/820mm(UT-200LM)
Guide way type：Box Way
X-axis Travel：220mm
Z-axis Travel：1050mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：505 mm
Swing over saddle：135 mm
Max. turning diameter：135 mm
Max. turning length：200 mm
Guide way type：Box
Working table：350x190 mm
X-axis Travel：320 mm
Z-axis Travel：600 mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：612mm
Swing over saddle：400mm
Max. turning diameter：500mm (UT-300)；420mm (UT-300M)
Max. turning length：680mm/600mm (UT-300)；540mm/460mm (UT-300M)
Guide way type：Box Way
X-axis Travel：300mm
Z-axis Travel：750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：612mm
Swing over saddle：400mm
Max. turning diameter：500mm(UT-300L)；420mm(UT-300LM)
Max. turning length：1180mm/1100mm(UT-300L)；1040mm/960mm(UT-300LM)
Guide way type：Box Way
X-axis Travel：300mm
Z-axis Travel：1250mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：910mm
Swing over saddle：720mm
Max. turning diameter：420mm
Max. turning length：540mm / 470mm
Guide way type：Box Way
X-axis Travel：275mm
Z-axis Travel：750mm
Y-axis Travel：±50mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：910mm
Swing over saddle：720mm
Max. turning diameter：420mm
Max. turning length：1540mm/1470mm
Guide way type：Box Way
X-axis Travel：275mm
Z-axis Travel：1750mm
Y-axis Travel：±50mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：612mm
Swing over saddle：400mm
Max. turning diameter：500mm
Max. turning length：1680mm / 1600mm
Guide way type：Box Way
X-axis Travel：300mm
Z-axis Travel：1750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：612mm
Swing over saddle：400mm
Max. turning diameter：500mm
Max. turning length：2180mm / 2100mm
Guide way type：Box Way
X-axis Travel：300mm
Z-axis Travel：2250mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：910mm
Swing over saddle：720mm
Max. turning diameter：470mm
Max. turning length：2040mm / 1970mm
Guide way type：Box Way
X-axis Travel：275mm
Z-axis Travel：2150mm
Y-axis Travel：±50mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：612mm
Swing over saddle：400mm
Max. turning diameter：500mm
Max. turning length：3100mm / 3030mm
Guide way type：Box Way
X-axis Travel：300mm
Z-axis Travel：3182mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：750mm
Swing over saddle：600mm
Max. turning diameter：540mm
Max. turning length：630mm / 550mm
Guide way type：軌道
X-axis Travel：305mm
Z-axis Travel：750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：750mm
Swing over saddle：600mm
Max. turning diameter：540mm
Max. turning length：1130mm / 1050mm；1040mm / 960mm
Guide way type：Box Way
X-axis Travel：305mm305mm
Z-axis Travel：1250mm1250mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：750mm
Swing over saddle：600mm
Max. turning diameter：540mm
Max. turning length：1630mm/1550mm
Guide way type：Box Way
X-axis Travel：305mm
Z-axis Travel：1750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：750mm
Swing over saddle：600mm
Max. turning diameter：540mm
Max. turning length：2130mm / 2050mm
Guide way type：Box Way
X-axis Travel：305mm
Z-axis Travel：2250mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：750mm
Swing over saddle：600mm
Max. turning diameter：540mm
Max. turning length：3062mm / 2982mm
Guide way type：Box Way
X-axis Travel：305mm
Z-axis Travel：3182mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：850mm
Swing over saddle：700mm
Max. turning diameter：680mm
Max. turning length：630mm / 550mm / 490mm
Guide way type：Box Way
X-axis Travel：370mm
Z-axis Travel：750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：850mm
Swing over saddle：700mm
Max. turning diameter：680mm
Max. turning length：1130mm/1050mm/990mm
Guide way type：Box Way
X-axis Travel：370mm
Z-axis Travel：1250mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：850mm
Swing over saddle：700mm
Max. turning diameter：680mm
Max. turning length：1630mm/1550mm/1490mm
Guide way type：硬軌
X-axis Travel：370mm
Z-axis Travel：1750mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：850mm
Swing over saddle：700mm
Max. turning diameter：680mm
Max. turning length：2130mm/2050mm/1990mm
Guide way type：Box Way
X-axis Travel：370mm
Z-axis Travel：2250mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：850mm
Swing over saddle：700mm
Max. turning diameter：680mm
Max. turning length：3062mm/2982mm/2922mm
Guide way type：Box Way
X-axis Travel：370mm
Z-axis Travel：3182mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：900mm
Swing over saddle：745mm
Max. turning diameter：700mm
Max. turning length：1380mm
Guide way type：Box Way
X-axis Travel：380mm
Z-axis Travel：1500mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：900mm
Swing over saddle：745mm
Max. turning diameter：700mm
Max. turning length：2080mm
Guide way type：Box Way
X-axis Travel：380mm
Z-axis Travel：2200mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：900mm
Swing over saddle：745mm
Max. turning diameter：700mm
Max. turning length：2980mm
Guide way type：Box Way
X-axis Travel：380mm
Z-axis Travel：3100mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：900mm
Swing over saddle：745mm
Max. turning diameter：700mm
Max. turning length：3980mm
Guide way type：Box Way
X-axis Travel：380mm
Z-axis Travel：4100mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：1200mm
Swing over saddle：1040mm
Max. turning diameter：700mm
Max. turning length：3900mm
Guide way type：Box Way
X-axis Travel：380mm
Z-axis Travel：4100mm
Y-axis Travel：±75mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：1030mm
Swing over saddle：950mm
Max. turning diameter：900mm
Max. turning length：1300mm
Guide way type：Box Way
X-axis Travel：495mm
Z-axis Travel：1500mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：1030mm
Swing over saddle：950mm
Max. turning diameter：900mm
Max. turning length：1900mm
Guide way type：Box Way
X-axis Travel：495mm
Z-axis Travel：2100mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：1030mm
Swing over saddle：950mm
Max. turning diameter：900mm
Max. turning length：2900mm
Guide way type：Box Way
X-axis Travel：495mm
Z-axis Travel：3100mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：1030mm
Swing over saddle：950mm
Max. turning diameter：900mm
Max. turning length：3950mm
Guide way type：Box Way
X-axis Travel：470mm
Z-axis Travel：4100mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：450
Swing over saddle：330
Max. turning diameter：110
Max. turning length：170
Guide way type：Box Way
X-axis Travel：80
Z-axis Travel：220
Y-axis Travel：±25
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：380mm
Swing over saddle：320mm
Max. turning diameter：100mm
Max. turning length：130mm
Guide way type：Box Way
X-axis Travel：120mm
Z-axis Travel：230mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：380mm
Swing over saddle：320mm
Max. turning diameter：220mm
Max. turning length：155mm
Guide way type：Box Way
X-axis Travel：120mm
Z-axis Travel：230mm
>click here to see more specifications<
Controller：FANUC 0i-T
Max. Turning Diameter(SP1)：50mm
Max. Turning Diameter(SP2)：50mm
Max. Turning Length：60mm
Guide way type：Linear Way
X-axis Travel：210mm
Z-axis Travel：310(±155)mm
Tooling system：Gang Type
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：660mm
Swing over saddle：620mm
Max. Turning Diameter ：320mm
Max. turning length ：790mm
Guide way type：Linear + Box
X-axis Travel：X1/X2 : 210mm
Z-axis Travel：Z1/Z2 : 840mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：600mm
Swing over saddle：260mm
Max. Turning Diameter：220mm
Max. turning length (SP1)：240mm
Max. turning length (SP2)：350mm
Guide way type：Box Way
X-axis Travel：X1/X2 : 220mm
Z-axis Travel：Z1/Z2 : 350mm
B-axis Travel：850mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：700mm
Swing over saddle：600mm
Max. Turning Diameter：360mm
Max. turning length：290mm
Guide way type：Box Way
X-axis Travel：X1/X2: 190mm
Z-axis Travel：Z1/Z2: 500mm
B-axis Travel：1050mm
>
click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：660mm
Swing over saddle：620mm
Max. Turning Diameter：320mm
Max. turning length ：790mm
Guide way type：Linear + Box
X-axis Travel：X1/X2 : 210mm
Z-axis Travel：Z1/Z2 : 840mm
B-axis Travel：920mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：660mm
Swing over saddle：620mm
Max. Turning Diameter：320mm
Max. turning length：790mm
Guide way type：Linear + Box
X-axis Travel：X1/X2 : 210mm
Z-axis Travel：Z1/Z2 : 840mm
Y-axis Travel：-40/+60mm
B-axis Travel：920mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：460mm
Swing over saddle：400mm
Max. Turning Diameter：200mm
Max. turning length：500mm
Guide way type：Linear + Box
X-axis Travel：X1/X2:160.5mm
Z-axis Travel：Z1/Z2:565mm
Y-axis Travel：Y1: ±50mm/Y2:±35mm
B-axis Travel：650mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：910mm
Swing over saddle：720mm
Max. turning diameter(SP1)：420mm
Max. turning diameter(SP2)：375mm
Max. turning length：1040mm / 970mm
Guide way type：Box Way
X-axis Travel：275mm
Z-axis Travel：1250mm
Y-axis Travel：±50mm
B-axis Travel：1200mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：612mm(UT-300LS)/700mm(UT-300LSM)
Swing over saddle：400mm(UT-300LS)/500mm(UT-300LSM)
Max. turning diameter(SP1)：500mm(UT-300LS)/480mm(UT-300LSM)
Max. turning diameter(SP2)：400mm(UT-300LS)/375mm(UT-300LSM)
Max. turning length：1110mm/1040mm(UT-300LS)；1040mm/970mm(UT-300LSM)
Guide way type：Box Way
X-axis Travel：300mm(UT-300LS)/275mm(UT-300LSM)
Z-axis Travel：1250mm(UT-300LS)/1250mm(UT-300LSM)
B-axis Travel：1200mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：910mm
Swing over saddle：720mm
Max. turning diameter(SP1)：420mm
Max. turning diameter(SP2)：375mm
Max. turning length：540mm/470mm
Guide way type：Box Way
X-axis Travel：275mm
Z-axis Travel：750mm
B-axis Travel：700mm
>click here to see more specifications<
Controller：FANUC 0i-T
Swing over bed：612mm(UT-300S)；700mm(UT-300SM)
Swing over saddle：400mm(UT-300S)；500mm(UT-300SM)
Max. turning diameter(SP1)：500mm(UT-300S)；480mm(UT-300SM)
Max. turning diameter(SP2)：400mm(UT-300S)；375mm(UT-300SM)
Max. turning length：610mm/540mm(UT-300S)；540mm(UT-300SM)/470mm(UT-300SM)
Guide way type：Box Way
X-axis Travel：300mm(UT-300S)/280mm(UT-300SM)
Z-axis Travel：750mm(UT-300S)
B-axis Travel：700mm(UT-300S)
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Controller：FANUC 0i-T
Swing over bed：680mm
Swing over saddle：485mm
Max. turning diameter(SP1)：240mm
Max. turning diameter(SP2)：200mm
Max. turning length：440mm360mm
Guide way type：Box Way
X-axis Travel：220mm
Z-axis Travel：600mm
Y-axis Travel：±50mm
B-axis Travel：585mm
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Controller：FANUC 0i-T
Swing over bed：505mm(UT-200S)；570mm(UT-200SM)
Swing over saddle：318mm(UT-200S)；378mm(UT-200SM)
Max. turning diameter(SP1)：250mm
Max. turning diameter(SP2)：220mm
Max. turning length：mm480mm/400mm(UT-200S)；440mm/370mm(UT-200SM)
Guide way type：Box Way
X-axis Travel：220mm(UT-200S)；220mm(UT-200SM)
Z-axis Travel：600mm(UT-200S)；600mm(UT-200SM)
B-axis Travel：585mm(UT-200S)；585mm(UT-200SM)
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Strength: A mill / turn component
1. If the moving column vertical machining center or drilling & tapping center is equipped with our table, it can make the machine work as a horizontal or vertical lathe concurrently.
2. The super high speed of rotary axis: 2000 rpm.
3. Truly zero backlash during the clockwise / anti-clockwise rotation.
4. Truly zero wear for the transmission mechanism.
5. Long-lasting high precision (The actual precision depends on the selected angle encoder)
Strength: A mill / turn component
1. If the moving column vertical machining center or drilling & tapping center is equipped with our table, it can make the machine work as a horizontal or vertical lathe concurrently.
2. The super high speed of rotary axis: 2000 rpm.
3. Truly zero backlash during the clockwise / anti-clockwise rotation.
4. Truly zero wear for the transmission mechanism.
5. Long-lasting high precision (The actual precision depends on the selected angle encoder)
Strength: A mill / turn component
1. If the moving column vertical machining center or drilling & tapping center is equipped with our table, it can make the machine work as a horizontal or vertical lathe concurrently.
2. The super high speed of rotary axis: 2000 rpm.
3. Truly zero backlash during the clockwise / anti-clockwise rotation.
4. Truly zero wear for the transmission mechanism.
5. Long-lasting high precision (The actual precision depends on the selected angle encoder)
8 axes. Equipped with sub-spindle for front and back machining. The maximum processing diameter is 20mm.
Strength: A mill / turn component
1. If the moving column vertical machining center or drilling & tapping center is equipped with our table, it can make the machine work as a horizontal or vertical lathe concurrently.
2. The super high speed of rotary axis: 2000 rpm.
3. Truly zero backlash during the clockwise / anti-clockwise rotation.
4. Truly zero wear for the transmission mechanism.
5. Long-lasting high precision (The actual precision depends on the selected angle encoder)
You Ji VTL series is designed for high-efficiency heavy-duty cutting, column adopts a symmetrical design to increase 50% more rigidity.
Wide span X-axis box guideway design brings high stability during the long cutting time, suitable for the aerospace industry, wind power industry,
the shipbuilding industry, energy industry, pumps & valves, motor industry...etc.,VTL series can also be used for machining engine case, bearings, engines, mechanical parts, ring parts, motor housing, and various heavy equipment.
The YOU JI independently develops HMI (human-machine interface), which is developed according to customer needs and can achieve virtual and real integration and visualized management.
With Marposs intelligent monitoring system, it can achieve tool monitoring, processing process monitoring, processing optimization (vibration and load detection), machine maintenance prediction, machine protection (collision protection), and other intelligent machinery elements that comply with Industry 4.0.
LEADSKY-SMES delivery and set up the machining program, issued start command. The machine follow command, start the processing automatically, and reply the number of workpiece has been completed. If the production list finishes, it will reply the message and finish the production. If the next production list ready, LEADSKY-SMES will delivery and set up another machining program, also issue the production command again.
■ PJ-saving system (Patented high-performance & less consumables filtration system.)
■ Innovative intelligent HMI touch panel:
→ Provides instant message and alarm historic records.
→ Setting multi pressure by touch panel.
→ Auto maintenance reminder.
■ Outlet pressure detect, to avoid waterless.
■ Energy saving more than 40%.
■ Compact size, to save space.
The NT-208SM is Campro’s highly flexible and profitable twin spindle CNC lathe which is an intelligent CNC multi-tasking machine, has high rigidity structure design by CAE analysis with quality engineering that has been considered the geometry and the physical properties of the design to increase reliability and material removal rate (MRR) effectively. The boxway type one-piece 30∘slant bed offers perfect stiffness and lower vibration to deliver much heavier cutting with a smaller footprint. Through synchronized control of 8” Main spindle / 6” Sub-spindle to complete the greatest amount of primary and secondary turning possible in one compact platform. The NT-208SM not only equip twin spindle but also adopt living turret and C-axis control which enables machine to perform milling functions, the hardened precision box guideways and optimal structure provide excellent performance for heavy-duty cutting. CAMPRO IIoT Smart Manufacturing Technology offers extremely good digital tools. Meanwhile Campro NT-208SM can adopt auto production system, bar feeder, or parts catcher to fulfilling the needs of 4.0 in the shop floor.
【HK series】
Feature：
◎Prevent deterioration of liquid.
◎Open coil type heat exchanger can prevent the obstruction problem of liquid circulating system.
◎Advance the speed of process.
◎Maintain the stability of dielectric fluid, advance the process quality.
◎Avoid fire risk cause by temperature rise and accumulating of dielectric fluid, advance the working safety.
◎Reduce the wastage of electrode.
◎Prevent the spreading of foul odor air, reduce the air pollution.
◎Easy operation and low noise.
◎Made of anticorrosive material.
Applications：
Spindle, Linear Motor, Ball Screw, Grinding Liquid, CNC Cutting System, CNC Lathe, Other Machining Center
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【HJ series】
Feature：
◎Prevent deterioration of liquid.
◎Open coil type heat exchanger can prevent the obstruction problem of liquid circulating system.
◎Advance the speed of process.
◎Maintain the stability of dielectric fluid, advance the process quality.
◎Avoid fire risk cause by temperature rise and accumulating of dielectric fluid, advance the working safety.
◎Reduce the wastage of electrode.
◎Prevent the spreading of foul odor air, reduce the air pollution.
◎Easy operation and low noise.
◎Made of anticorrosive material.
Applications：
Grinding Liquid、CNC Cutting System、CNC Lathe、Other Machining Center
Applications：
◎CNC Machining Center、CNC Grinding machine、Broaching machine、CNC Wood-working Machine、CNC Mechanical Press、CNC Lathe、High Speed Lathe
◎Hydraulic Unit
◎High Speed Spindle
Feature：
◎Prevent temperature increasing of spindle, improve working precision of machine.
◎Prevent deviation of spindle center line or heat deformation of machine.
◎Extend the lifetime of the machine.
◎Stabilize oil pressure, prevent oil vibration.
◎Easy operation, low noise.
Air cooler【HA series (Wall mounting type)】
Feature：
◎Two separated air circulation to prevent damage from intrusion of ambient air with scrap, dust, moisture or any corrosive elements.
◎Saving the cost due to controller down time.
◎Installed with compressor, functioned dehumidify and temperature control.
◎Extend the lifetime of the control cabinet.
Applications：
Air cooler, CNC Cutting System, Laser Machine, CNC Lathe, Other Machining Center, CNC Wire Cutter, PCB Drilling Machine, Injection Machine, Electronic or Electric Cabinets, Tele-communication Equipment, CNC Control Equipment
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Heat Pipe Heat Exchanger【HPW / HPC series】
Feature：
◎Using heat pipe with high heat conductivity to ensure excellent heat exchange.
◎Enclosed design to assure isolation of internal and ambient air.
◎Compact design with light weight for easy transportation and installation.
◎Dew proof from over-cooling.
◎Easy to maintain and inspect.
Applications：
Heat Exchanger, CNC Cutting System, Laser Machine, CNC Lathe, Other Machining Center, CNC Wire Cutter, PCB Drilling Machine, Injection Machine, Electronic or Electric Cabinets, Tele-communication Equipment, CNC Control Equipment
1. Center shaft is made of alloy steel and hardened through vacuum heat treatment to provide higher rigidity HRC60°±1°
2. Center is fitted with dual ball bearing, thrust bearing and needle roller bearing assembly, the waterproof is maze type.
3. The tailstock pressure of lathe adjusts to five to eight kilograms. (for reference)
※ Applicable to high speed lathes and CNC lathes with heavy loads.
1. Center shaft is made of alloy steel and hardened through vacuum heat treatment to provide higher rigidity HRC60°±1°
2. Center is fitted with dual ball bearing, thrust bearing and needle roller bearing assembly, the waterproof is maze type.
3. The tailstock pressure of lathe adjusts to five to eight kilograms. (for reference)
※ Applicable to high speed lathes and CNC lathes with heavy loads.
1. The shaft is made of alloy steel and through vacuum heat treatment (HRC60°±1°). It possesses great rigidity and high durability.
2. Front end is fitted with angular contact ball bearing & thrust bearing. Middle & Rear needle bearing and the waterproof is maze type.
3. The tailstock pressure of lathe adjusts to five to eight kilograms. (for reference)
※ NCF-B Type : Long nose live centers are suitable for small workpieces.
1. Front end is fitted with angular contact ball bearing, thrust bearing and needle bearing.
2. Suitable for CNC lathes at high-speed and medium-load. The waterproof is maze type.
3. The tailstock pressure of lathe adjusts to five to eight kilograms. (for reference)
※ NC-B Type : Long nose live centers are suitable for small workpieces.
1. The shaft is made of alloy steel and through vacuum heat treatment (HRC60°±1°). It possesses great rigidity and high durability.
2. Front end is fitted with angular contact ball bearing & thrust bearing. Middle & Rear needle bearing and the waterproof is maze type.
3. The tailstock pressure of lathe adjusts to five to eight kilograms. (for reference)
1. Front end is fitted with angular contact ball bearing, thrust bearing and needle bearing.
2. Suitable for CNC lathes at high-speed and medium-load. The waterproof is maze type.
3. The tailstock pressure of lathe adjusts to five to eight kilograms. (for reference)
1. The shaft uses alloy steel and hardened through vacuum heat treatment to (HRC60°±1°).
2. Uses the combination of taper roller bearing, thrust bearing and needle bearing.
3. Applicable to medium and heavy loads.
4. The tailstock pressure of lathe adjusts to five to eight kilograms. (for reference)
5. Adjustable to reach original loading capacity after using for a long period of time.
※ NCR-B Type : Long nose live centers are suitable for small workpieces.
※ Waterproof design
1. Shaft uses alloy steel and hardened through vacuum heat treatment to( HRC60°～62°).
2. Applicable to heavy duty loads.
3. The tailstock pressure of lathe adjusts to five to twelve kilograms. (for reference)
※ Waterproof design
1. The tip of bull nose center uses Cr-Mo steel and hardened to (HRC60°±1°).
2. Uses a combination of taper roller bearing and ball bearing.
3. Applicable to pipes turning.
4. The tailstock pressure of lathe adjusts to six to ten kilograms. (for reference)
1. Suitable for the asperities of the workpieces. The auto adjustable transmission center with 5T and 6T design on end surface is able to adjust the stress point so that the workpieces will be done easily.
2. The inside structure of the center is comprised of PU. It is nearly free of break-down and is durable and easy to fix.
3. Accuracy : 0.008mm
※ Suitable for LATHE & CNC LATHE
1. Center shaft and main body are made of bearing alloy steel and hardened to(HRC60°±1°)
2. Center is assembled with thrust bearing, needle bearing and ball bearing.
3. Applicable to medium and high speed laths with heavy loads.
4. The tailstock pressure of lathe adjusts to five to eight kilograms (for reference)
※ NK-B TYPE: Long nose live centers are suitable for small workpieces.
1. Center shaft and main body are made of bearing alloy steel and hardened to(HRC60°±1°)
2. Center is assembled with thrust bearing, needle bearing and ball bearing.
3. Applicable to medium and high speed laths with heavy loads.
4. The tailstock pressure of lathe adjusts to five to eight kilograms (for reference)
1. Center is made of Cr-Mo steel and hardened to HRC58°～60°
2. Center is assembled with ball bearings.
3. Applicable to medium and high speed lathes with light duty.
4. The tailstock pressure of lathe adjusts to five to eight kilograms (for reference).
1. Body and center shaft are made of alloy steel with heat and sub-zero treatment.
※ Hardened : HRC60°±1°.
2. Driving centers are either with 6 teeth or 8 teeth design for superseding the driving dogs. It supports the workpiece on the surface for easy setup and rapid machining.
3. Applicable for gear hobbing machine.
4. Accuracy : 0.008mm
1. Body and center shaft are made of alloy steel with heat and sub-zero treatment.
※ Hardened : HRC60°±1°
2. Driving centers are either with 6 teeth or 8 teeth design for superseding the driving dogs. It supports the workpiece on the surface for easy setup and rapid machining.
3. Applicable for gear hobbing machine.
4. Accuracy : 0.008mm
1. For setting tool length on machining centers / lathe centers.
2. Setting height : 50±0.005mm
3. Large measuring surface and easy to operate.
4. Low spring force to avoid breakage of small end mill and drill.
5. Easy to be calibrated by a ground parallel or gauge block.
6. ZIP-50A : Better parallelism, sensitivity, and precision for use.
1. For setting tool length on machining centers / lathe centers.
2. Setting height : 50±0.005mm
3. Large measuring surface and easy to operate.
4. Low spring force to avoid breakage of small end mill and drill.
5. Easy to be calibrated by a ground parallel or gauge block.
6. ZIP-50A : Better parallelism, sensitivity, and precision for use.
Honor provides comprehensive solutions in many industries, from wind mill, to aerospace, precision bearing, valve, automotive and so on.
VL-160CM is a large, high precision, heavy duty turning center with an extra wide dual vertical column and base composed of meehanite casting. This heavily ribbed structure reduces thermal distortion and vibrations during Heavy cutting.
A patented Solid Lock clamping system provides over 8 tons clamping force reduces tool vibration, increases tool life which is suitable for heavy duty processing in different industry.
In aerospace, VL-100CA is your best choice for processing. To explore more, please visit our booth and website.
Compactly constructed with minimal apporach.
Extremely smooth machining motions, and can be equipped with carious tooling system.
Including gang type table, V8 hydraulic turret, Polygon milling turret.
Equip a 6" hollow 3-jaw hydraulic chuck or a collet chuck.
Max. swing: 320mm (CL-10/CL-12)
Max. swing: 420mm (CL-100/CL-120)
Swing over cross slide: 100mm (CL-10/CL-12)
Swing over cross slide: 170mm (CL-100/CL-120)
Standard turning diameter: 150mm (CL-10/CL-12)
Standard turning diameter: 350mm (CL-100/CL-120)
Max. turning length: 100mm (CL-10/CL-12)
Max. turning length: 200mm (CL-100/CL-120)
Spindle speed: 80~4000rpm (CL-10/CL-100)
Spindle speed: 60~3000rpm (CL-12/CL-120)
Bar capacity: 45mm (CL-10/CL-100)
Bar capacity: 65mm (CL-12/CL-120)
The You Ji VMT Vertical Turn /Mill Center Series combines 3-axis 5-face machining with vertical turning capabilities. The machines provide 5-sided or 4+1 axis milling and turning of medium size workpieces, producing complete parts in a single set-up. A full C-axis allows for 4-axis simultaneous milling, making the machines ideal for aerospace and energy industry applications.
Carbide boring bars, Mini boring bars, Grooving and Face Grooving holders.
APPLICATION
■ CNC internal and external diameter machine
■ CNC cutting machine
■ CNC lathe, grinding and milling machine
■ Production for auto parts industry
■ CNC vertical & horizontal machine center
FEATURE
■ It is designed for turning and cutting machine. No impurities or metal clog interference.
■ Stainless steel coil tubes are high heat exchange efficiency to ensure no corrosion problem.
■ It is easy to install and space-saving, easy to clean and maintain.
■ Filling high-efficiency environmental refrigerant, without pollution.
APPLICATION
■ Oil hydraulic equipment
■ CNC lathe and high-speed lathe
■ CNC grinding , broaching and pressing machine
■ CNC machine center (5-axis)
■ CNC wood carving and oil hydraulic machine
■ CNC vertical & horizontal machine center
FEATURE
■ Maintained the constant oil temperature in order to prevent process-ing precision-losing.
■ Kept oil viscosity and avoid oil deterioration to stable spindle working.
■ With the temperature control panel to avoid thermal expansion.
■ Built-in failure-detection system that connects to control panel in order to warn users and prevent further damage to machine.
■ Filling high-efficiency environmental refrigerant, without pollution.
APPLICATION
■ CNC lathe
■ CNC instrument box
■ CNC wire cutting machine
■ CNC special made machine
■ Electrical control panel for base station
■ CNC double column grinding and milling machine
■ CNC vertical& horizontal machine center
FEATURE
■ Heat exchanger with high efficiency. Closed design could be ensured no exchange of internal and ambient air.
■ Dust, oil and moisture from getting into electric control panel.
■ Heat pipe heat exchanger is an energy saving and highly efficient heat conductor. It is heat conductor. Heat conductivity is 1,600 times as cooper and extremely safe.
■ Easy to install and maintain due to the simple design.
■ Some models are used RoHS lightweight casing design, and overall appearance is more industrial aesthetic style.
Coolant Purification Systems
Floating Oil Skimmer (Tramp Oil Separator) Ultra 360
Based on the principle of not changing the cutting fluid concentration and base oil, the main leakage (oil slick) is effectively removed, anaerobic bacteria formation and acidification of the cutting fluid are prevented.
It improved the water tanks of the die-casting plant and screwing machine, electroplating plant, cleaning machine, milling machine ,CNC lathes, drilling machines, grinders, cutting machines and other machine which be corroded and leaking, and it can also improve the odor problem, the instability of PH, and the cost derived from the Labor、Maintenance.
The Oil skimmer of Green Eco Pro would maintain the original concentration of the cutting fluid and it is differentthe with general Oil skimmer,as steel belt type, disc type, chain type oil skimmer on the priciple to remove the oil. The waste oil collected after separation has a high concentration and can be recycled at a price.
Built-in oil storage barrel, patented STPM module, patented floating skimmer
No consumables, small size, continuous circulation
Pneumatic pump, safe and no leakage concerns
Purify and process waste water-based cutting fluid to improve annoying odor
Consumables for removing waste oil and making oil mist recovery machine for using longer
Extend tool life, reduce tool wear and replacement costs of machine tools
Chip Vacuum Removal System
Chip Vacuum Removal-FC Series
The impact of the chip not being removed and cleaned in time: The chip conveyor will take away the chips when the cutting fluid is processed, but some of the uncarried waste debris will be left at the bottom of the water tank, which will generate anaerobic bacteria 、cause the release of odor 、 the acidification of the cutting fluid and the drop of Ph value make the cutting fluid deteriorate; it also reduces the effective volume of the water tank, resulting in insufficient water supply.
The FC series chip vacuum machine uses the principle of negative pressure vacuum in exchange for a large suction volume, and then achieves continuous filtration to intercept impurities and suspended particles. Whether it is all oily cutting fluid or water-based cutting fluid, it can intercept iron filings, aluminum mud, aluminum filings , Copper powder, aluminum powder, tungsten steel powder, stone mill... etc. And there is no cost of consumables. It can save the time and labor cost of the clean water tank. It is a high CP value chip suction machine.
Widely used in lathes, milling machines, grinders, drilling machines, CNC, boring machines, planers, sawing machines, broaching machines and other machine tools to effectively remove impurities in the water tank.
Continuous processing/non-batch processing/no need to worry about running out of water in the tank
No need to use electric/pneumatic pump/high safety
No downtime/increased capacity
Dehydrate/reduce water content
No consumables/stainless steel filter basket can be cleaned
Save cutting fluid consumption
Increase the effective volume of the water tank
Increase production utilization rate
Oil mist recovery machine for oily cutting fluid and water-based cutting fluid. The GEP series adopts vortex impeller, upright design, high-precision filter material, which effectively solves the problems of atomization and oil fume; the optional filter tube can effectively intercept oil fume and mist up to 1μm.
Due to the special design of the vortex impeller, the atomized cutting fluid is effectively recovered to save the loss of cutting fluid.
The vertical design is designed to draw air first and then filter, so the wind is relatively large, while the horizontal type has three layers of filtration, so that the wind is relatively weak when the motor is exhausted; in terms of the vibration rate, the vertical vibration is relative to the horizontal, the low vibration of the built-in type makes CNC machining more accurate.
Therefore, the vertical design of the GEP series creates large air volume, low vibration, high interception of oil mist return to flow, and professional processing and recycling of CNC lathes, milling machines and other machine tools due to processing time The generated oil fume, oil gas, oil mist and fine suspended particles and other waste oil fume can effectively reach the standard value range of PM2.5.
Imported mechanical aesthetic design, high-performance models on the market
Low vibration, quiet, does not affect processing accuracy
Original two-dimensional turbine blade and CE certification
Smart LED flashing to alert the filter tube saturation, see the alert clearly
A full range of oil mist collector machines, using IE3 ultra-high-performance motors, saving electricity, reducing carbon emissions, and high performance
Power chucks are commonly used in automated lathes and milling machines to securely hold and clamp workpieces during machining operations. They are operated using a hydraulic cylinder or pneumatic cylinder connected to a rotating mechanism.
Power chucks are available in various configurations, including 2-jaw, 3-jaw, and 4-jaw chucks, depending on the shape of the workpiece being held. The H-2 second-generation design mentioned offers certain advantages over industry-standard chucks. It has a larger through-hole diameter, allowing for the clamping of circular through-hole workpieces with greater efficiency. Additionally, the clamping force of the H-2 chuck is increased by approximately 10% compared to standard chucks, enhancing the overall grip and stability.
The product structure of your power chucks is optimized using finite element method (FEM) design, resulting in increased rigidity. This improved rigidity contributes to higher precision, stability, and durability during machining operations. By using your power chucks, customers can expect enhanced efficiency and productivity in their machining processes while remaining cost-effective.
Overall, power chucks offer high rigidity, precise clamping, and stable performance, enabling customers to achieve improved operational outcomes in terms of productivity and cost-efficiency.
The rotary cylinder is divided into two types: rotary hydraulic cylinder and rotary air cylinder. The main function is to cooperate with the application of high-speed rotation of the spindle to drive the clamping and loosening of the chuck.
Indispensable in the automatic clamping configuration.
AUTOGRIP's rotary hydraulic cylinder has a built-in non-return valve self-locking mechanism, which can provide the function of central air injection or water injection depending on the model, and can be used with a stroke detection mechanism to ensure the positioning of the work piece clamping.
INDUSTRY 4.0 SMART MANUFACTURING, AUTOGRIP has improved product functions, and the rotary hydraulic cylinder can be equipped with a linear positioning sensing system. It is characterized by full-stroke detection, and the clamping position can be set in Teach-in mode. It is not necessary to manually adjust the proximity switch when changing workpieces. It is suitable for vertical lathes or sub-spindles with limited space. The selection of linear positioning sensing system can make the workpiece clamping and positioning more accurate, and the quick setting can reduce downtime, increase work efficiency and increase production.
Full range of Rotary Cylinders:
Thru-Hole Rotary Cylinders (TK、TS、TH、TR), Non-Thru-Hole Rotary Cylinders (RK、RK-N、RH、RA), Stroke Control Rotary Cylinder (RS、RS-N), Coolant Connection Rotary Cylinder (RL、RL-N), Air Connection Rotary Cylinder (RL-AN), Compact Style Rotary Cylinder (RE、RE-A、RE-L), Double Rod Rotary Cylinder (RD), Rotating Joint (RC).
The collet chuck mainly changes the taper when the inner collet bushing moves, and drives the inner elastic collet to clamp the workpiece. Compared with the traditional collet collet, the collet chuck is opened faster and clamped more firmly.
The short profile reduces tool interference, making it the perfect choice for small workholding or automatic feeding of bar workpieces from the rear.
AUTOGRIP's collet has a unique waterproof design to prevent cutting fluid from entering the through hole of the spindle.
The indexing operation is performed during the spindle running, which can quickly switch between multiple working axes. Indexing angle: 90°*4 or 45°*8 with unique indexing system and hydraulic system, chuck with pressure detection mechanism, high reliability. Internal parts are hardened and ground for high durability. AUTOGRIP is a professional indexing chuck manufacturer.
Swing over bed: 406 / 432 / 532 mm
Distance between centers: 767 / 1067 /1667 mm
Spindle bore: 51 / 58 / 78mm
Spindle speeds: 70-1800 rpm (Spindle bore 51mm)
Spindle speeds: 35-2000 rpm (Spindle bore 58mm)
Spindle speeds: 29-1650 rpm (Spindle bore 78mm)
Swing over bed: 560 / 660 / 760mm
Distance between centers: 808~3983mm
Spindle bore: 86 / 104mm
Spindle speeds: 13~1200 rpm (4P)
Spindle speeds: 8-800 rpm (6P)
Swing over bed: 860 / 1020mm
Distance between centers: 1500~8500mm (MT#5)
Distance between centers: 1430~8430mm (MT#6)
Spindle bore: 105 / 153mm
Spindle speed: 15~1000 rpm (4P)
Spindle speed: 10-700 rpm (6P)
Max. swing: 590mm
Swing over cross slide: 380mm
Max. turning diameter: 450mm (V10)
Max. turning diameter: 340mm (VDI)
Max. turning diameter: 420mm (BMT)
Distance between centers: 580mm (CL-220/CL-250)
Distance between centers: 1180mm (CL-280)
Spindle speed: 3200rpm (CL-220)
Spindle speed: 2200rpm (CL-250 / CL-280)
Spindle motor: 25HP
Chuck & Bar capacity: 8", 52mm (CL-220)
Chuck & Bar capacity: 10", 80mm (CL-250)
Chuck & Bar capacity: 10", 12", 80mm (CL-280)
Turret: Vertical 10-station servo turret
Turret: Live tool vertical 12-station turret (VDI 30/BMT 55)
Swing over bed: 660mm / 900mm / 1150mm / 1500mm
Swing over cross slide: 370mm / 520mm / 700mm / 900mm
Width of bed: 460mm / 560mm / 725mm / 1000mm
Distance between centers: 1055~4285mm / 1015~6330mm / 1020~7020mm / 2075~6075mm
Spindle bore & speed (CL-38): 120mm (6-1600rpm), 186mm (3-1000rpm)
Spindle bore & speed (CL-58): 120mm (6-1600rpm), 186mm (3-1000rpm), 258mm (6~600rpm), 375mm (4~400rpm)
Spindle bore & speed (CL-68/CL-78): 181mm (6-650rpm), 255mm (6~600rpm), 375mm (4~400rpm), 530mm (2~300rpm)
Spindle motor(CL-38): 30HP
Spindle motor(CL-58): 30HP, 40HP
Spindle motor(CL-68/CL-78): 60HP
Turret: V8, H4, H6
- Built-in FANUC TURN Mate i conversation software, no writing of NC programs required. The operator only needs to input machining parameters according to the graphic guidance before performing machining.
- The manual four-way tool holder rotation emplys a curvic coupling for upgrading the positioning accuracy of the tool holder.
Max. swing: 530mm
Swing over carriage: 285mm
Width of bed: 346mm
Distance between centers: 1067mm, 1667mm
Spindle bore: 78mm
Spindle speed: 3~1650rpm
Spindle motor: 10HP
．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-X260．Milling spindle 12000 rpm / 22 kW．with HSK-T63 / A63 tooling．ATC-40 tools
-Support Yaskawa serial bus communication
-Lower the distributon power cost
-Space saver
-Higher cost performance
1. The shaft is made of alloy steel and through vacuum heat treatment HRC60°±1°. It processes great rigidity and high durability.
2. The center uses the combination of roller bearings, thrust ball bearing, the tailstock pressure of lathe adjusts to five to eight kilograms (for reference).
※ NCK-B type: Long nose live centers are suitable for small workpieces.
1. Suitable for grinding shaft. 2. Easy setup.
1. The main-shaft is of integrated type, which is much more superior than the traditional design.
2. Extremely rigid construction tolerances can be reduced to a minimum, since the traditional mechanism requiring and arbor to connect the drill chucks which will generate the accumulative tolerances.
3. Prevent the drill chucks from falling out.
4. Extremely safe in operation
*It can process various chips created by complex machining.
*The patented design enables the steel belt to discharge both
coarse and fine chips, eliminating troublesome selection.
*Equipped with a filter system for processing cutting fluid with
0.5mm filtrating accuracy. The roller filter screen features a
self-cleaning function to ensure the dependability of filtration.
*No chips will accumulate between the top and bottom steel
belts, increasing the service life of steel belts.
*Compact design with less space occupied. Easy to clean and
maintain.
*Equipped with an industry-leading overload protection device
that extends the parts service life of the chip conveyor.
Suitable for installation on small lathes.
Maximum swing over saddle: 280~340 (mm)
Voltage options: 220V / 380V / 415V / 440V / 480V
Vibration of grinding wheel rotation: <3μm
Operating temperature: 540°C / Relative humidity below 80%
Power supply specifications: Three-phase three-wire system / Three-phase four-wire system
Types of materials that can be ground: Steel, iron, copper, aluminum, cast iron, rubber, ceramics, etc.
Suitable for installation on small lathes.
Maximum swing over saddle: 340~440 (mm)
Voltage options: 220V / 380V / 415V / 440V / 480V
Vibration of grinding wheel rotation: <3μm
Operating temperature: 540°C / Relative humidity below 80%
Power supply specifications: Three-phase three-wire system / Three-phase four-wire system
Types of materials that can be ground: Steel, iron, copper, aluminum, cast iron, rubber, ceramics, etc.
Suitable for installation on large lathes.
Maximum swing over saddle: >440 (mm)
Voltage options: 220V / 380V / 415V / 440V / 480V
Vibration of grinding wheel rotation: <3μm
Operating temperature: 540°C / Relative humidity below 80%
Power supply specifications: Three-phase three-wire system / Three-phase four-wire system
Types of materials that can be ground: Steel, iron, copper, aluminum, cast iron, rubber, ceramics, etc.
Multiple-Axis Mill-Turn Machining Center
MT-900 has a 5-axis milling head, two turrets, a tool magazine and twin spindles. The design layout allows to maintain a large work envelope for both lathe operations--turning and milling. All 6 sides of a art can be machined.
-最大旋徑/Swing over bed Ø500 mm
-最大加工直徑/Max. machining dia. Ø300 mm
-最大加工長度/Max. machining length 922 mm
行程 Travels
X-軸/X-axis 420 mm
Y-軸/Y-axis ±150 mm
Z-軸/Z-axis 900 mm
B-軸/B-axis ±150˚
C1-軸/C1-axis 360 (S1=3,000rpm)˚
C2-軸/C2-axis 360 (S2=3,000rpm)˚
W-軸/W-axis 968 mm
A-軸/A-axis 360 (1°)
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=636
．Max. Machining diameter: Φ800 mm
．Max. Machining length: 1,342 mm
．X-axis Travels: 340(310+30) mm
．Z-axis Travels: 1,150 mm
．Spindle Nose: A2-11 (STD.) ; A2-8/ A2-15 (OPT.)
．Chuck Diameter: 15" (STD.) ; 12" (OPT.)
．CS- axis function
Click the link below for more information:
https://www.yidacnc.com/product_d.php?lang=en&tb=1&id=662
Innovative design, doubled efficiency and independently tool length compensation for dual spindles.
The design of the overall structure is through FEA analysis, and the cast iron adopted is of high-quality FC300 grade, featuring with high rigidity and least deformation.
The combination of dual spindle and dual ATC makes the efficiency doubled and makes the space requirement less, achieving the energy-saving and less carbon-consuming purpose.
The machining performance and superb loading capacity lies in the 3-axis linear guideway, of #45 heavy-duty roller type.
The intuitive human-friendly interface can real-time be monitoring the status of the spindle and ATC. Furthermore, the real-time cutting monitoring, the display of break-down location, the operation description, and more are optionally available.
MTS-500 vertical machining center is specially designed with twin spindle and twin magazine (enclosed cover disk type). It not only creates double machining efficiency and double throughput, but also helps customer to save significant investment costs of machine and labor requirement. In today's competitive business environment, MTS-500 is your best choice for creating competitiveness.
A. Twin spindle headstocks:
● Twin spindles are directly driven by servo motors without counterweight.
● Twin spindle can be operated simultaneously.
● Twin spindles can perform tool offset.
● High-rigid machine structure.
● The structural parts of the machine are made by high-quality cast iron, featuring high rigidity with least deformation.
B. Patented design of the spindle headstock:
● The cross-patented design of the spindle headstock realizes the ultra-large column rail space and increases the geometrical precision of the structure.
C. Three-Axis Roller Linear Guideway:
● The super large rail space can effectively disperse the cutting force, no saddle hanging phenomenon, and good dynamic accuracy.
D. Double Magazine Design:
● The double-spindle/double-tool-magazine design reduces investment and labor costs. The spindle (D.D.S) speed has an option of 12000/15000 rpm. The tool arm type fast drive mechanism (T-T) completes in 1.5 sec.
E. Stable and Low Center of Gravity:
● Base Support for the Whole Machine V-Shaped Rib Structure Design
● The Best Dynamic and Static Precision Performance of the Whole Dual Spindle CNC Lathe
F. Real-Time Monitoring Function:
● Equipped with a second screen, the dual-spindle tool change process monitoring can be seen at a glance.
● Optional functions: fault location display, reading operation manual, optional (CCD) monitoring function, high expandability suitable for flexible processing systems.
(1) NTC is the new modulized lathe series design we have, can be selected with different spec. for different customers' machining demand.
(2) NTC is very suitable for complex parts machining for the electronics, 2 and 4 wheels automotive, and mechanical parts industry need.
(3) 6" or 8" spindle chuck size can be chosen. With big spindle bore design, 8" chuck can have dia. 65 mm bar, 6" chuck can have dia. 51 mm bar.
(4) Turret can select standard turret, live turret, or turret with Y axis which is 90 angle design to get more turning capability. And based on different coolant pump the different pressure can be operated.
(5) About tailstock, manual or hydraulic, or programmable type can be selected, and also sub spindle is an option.
(6) High rigid one piece slant bed design with X/Z axis box way design can highly increse the machine's rigidity.
(7) With bar feeder, sub spindle workpiece push system, parts catcher system...etc. an easy cell of automation can be applied.
Suitable Materials: Steel, Stainless Steel, Cast Iron
Special Blade Chip-Breaking Design:
• Reduces machining resistance and increases chip-breaking efficiency.
• Adaptable to larger cutting depths with an enlarged chip groove design to enhance chip evacuation efficiency.
• Specially designed chip-breaking groove effectively cuts and removes iron chips, improving cutting efficiency.
• Unequal spiral angle design of 35°/38° is advantageous for high-speed machining and crack resistance.
• Unequal division design is beneficial for high feed machining, improving anti-vibration and surface finish better than rough end mills, reducing machine load.
Excellent Internal Diameter Machining
Tool Materials:
Solid Tungsten Carbide
High-Speed Steel
Tool Steel SKD61
The Ultimate in Heavy and Precision Cutting Capability
Maximizing Machining Efficiency Through Quality Features
-The slant bad is a massive structure for minimized vibration and higher structural length
-Box ways on X, Z-axis exhibit outstanding stability for heavy cutting
-Draw tube dia= 65mm (2.56 inch)
-45° base
-Box way Tailstock
【PRODUCTS➢ WHL SERIES】
Rofessional model for mirror like wheels
⟡SP series adopt C1 class ball screw which makes its scraping precision within Ra0.2.
【PRODUCTS➢HL SERIES】
HORIZONTAL LATHE
HL-25N
⟡The smallest footprint in its class.
【PRODUCTS➢VL SERIES】
⟡Double column VL-12 VL-25 VL-25M
⟡Double column VL-25
STEP 1
Place the alloy wheel blank on the feed-in conveyor, the robot will clamp it into the production line. The whole process is mainly operated by robot arms in order to fulfill automated manufacturing.
STEP 2
First process for wheel internal process Includes rough/fine machining. Main Measuring items: CHD, Surface flatness.
STEP 3
Drilling Process : Main measuring items are PCD holes and Air Valves.
STEP 4
Final process for wheel OD (rough/fine machining). Main Measuring items: wheel O.D. and Cap Dia.
STEP 5
Before the material is discharged, the robot will send the wheels to laser maker to print ID codes, enabling material traceability during the production process and after discharge.
【PRODUCTS➢ WHL SERIES】
CNC Vertical Wheel Turning Lathe WVL-T24/F24
⟡Dual Turrets Design
【PRODUCTS➢ WHL SERIES】
Comprehensive drilling lathe
⟡All-Size Processing Capacity (13''~26'').
⟡Simultaneous processing weight loss holes and PCD rear boring.
◆Features：high speed, high precision, enhancing the productivity and quality.
◆It can machine workpieces all day continuously to save manpower.
◆Dual-spindle adopts servo control, with superiority in high speed and high precision for single blank workpiece loading.
◆It can work with different types of feeder station based on customer’s feeding requirement on blank materials.
◆Gantry Loader uses remote control interface, owing professional hand –held touchscreen with clear interface, fool-proof design, and guide with teaching.
◆Gantry Loader is on top of machine. The design can extend lifetime of auto loading /unloading system and decrease the consumption cost.
◆Various possibilities for production line lineage according to process plan.
◆We, GREENWAY can also provide the relative assistance if customer has remote monitoring requirement.
◆ Suitable for turning (drilling /tapping) screw-type shaft tails ends.
◆ Suitable workpiece feeding length: about 100~190mm
◆ The maximum outer diameter of turning is φ18mm.
◆ The way of loading / unloading material: from the back-side of spindle.
◆ The slide way of parts catcher is equipped with a safety detection system to prevent material jamming issues.
The XT-1200 gun drill lathe is suitable for deep hole drilling of coolant water holes and ejector pin sleeves in medium to large plastic molds and other workpieces. Various CNC controllers such as FANUC and MITSUBISHI are available to meet your specific needs. Microdrilling's XY model gun drill lathe stands out with its second axis, which can be used for milling, tapping, and other purposes.
XT-1200 CNC /Drilling capacity and Max. depth of drilling: Ø 3~30mm × 1200mm
Table type deep hole drilling machine controlled by CNC, Max. loading 5000 kgs.
Suitable for drilling waterlines and ejector pin holes of large-type injection molds.
CNC could be selected with FANUC or MITSUBISHI etc.
Hardened and hand-scrapped box way slide design provides rigidity for heavy cutting.
P-grade linear guideway for Z and A axes.
CE marks are available for special requirements.
Chain Headway offers a comprehensive range of chamfering tools, professionally designed and developed to cater to diverse processing needs and application scenarios. Our precise manufacturing process ensures that each chamfering tool achieves high surface quality and accuracy in various machining environments, ultimately enhancing processing efficiency and stability.
1. AAC Adjustable Chamfering Tool:
(a) The AAC series features a flexible, adjustable design that allows the chamfer angle to be adjusted from 0° to 90° according to specific requirements, providing versatility to meet a wide range of chamfering needs.
(b) Ideal Applications: Suitable for complex multi-angle chamfering operations, such as mold making and machining of mechanical components.
2. TSP 45° Chamfering Tool:
(a) Specially designed for 45° chamfering, the TSP series offers a cutting depth range of Ø0.5 - 9mm and an inner hole chamfering range of Ø1.5 - Ø18.5mm, making it ideal for fine chamfering in small areas and intricate corners.
(b) Frequently used for deburring hole edges, refining internal and external corners of precision parts, and finishing workpiece edges.
3. CLM Long-Blade Chamfering Tool:
(a) The CLM series features a long-blade design, capable of performing large-scale chamfering with a range of Ø13~58mm, making it suitable for deep chamfering tasks.
(b) Ideal Applications: Best suited for large workpieces, thick plate materials, and long edge chamfering in various machining scenarios.
4. MDC Chamfering Tool for Drilling Machines:
(a) Specifically designed for drilling machines, the MDC series comes with a universal shank diameter of Ø12mm, compatible with drilling machines, multi-axis drills, and radial drills, enabling quick positioning and easy tool changes.
(b) Ideal Applications: Perfect for high-volume hole edge chamfering and multi-drill machine operations, improving machining efficiency.
5. MSP/CMSP Small-Diameter Chamfering Tool:
The MSP/CMSP series is designed for small-diameter chamfering, with a minimum size of Ø5.5mm. The compact size is ideal for processing in narrow spaces and avoiding interference. This series is available in alloy steel and carbide shanks, allowing application in various materials and workpieces.
(b) Versatile Functionality: Not only suitable for chamfering, but also for engraving, V-groove cutting, and spot drilling.
(c) Ideal Applications: Perfect for machining micro parts, precision molds, and electronic components.
6. SSP Chamfering Tool Series (30°, 45°, 60°):
(a) The SSP series offers chamfering tools with three different angles — 30°, 45°, and 60° — and provides a wide range of functionalities, including chamfering, engraving, V-groove cutting, inner hole chamfering, and spot drilling, to meet diverse processing requirements.
(b) Ideal Applications: Suitable for precision processing of various internal and external edges, such as automotive parts, aerospace components, and mechanical parts.
Advantages of Chain Headway Chamfering Tool Series:
- High Precision:
Each tool is manufactured with precision processes to ensure stable quality and achieve high-precision chamfering surface effects.
- Diverse Selection:
Various functions and angle designs are available to meet a wide range of chamfering needs.
- Efficiency Boost:
The long tool life and high processing stability effectively enhance machining efficiency and reduce tool replacement frequency.
Chain Headway's chamfering tool series covers a wide range of angles and functionalities to suit different processing environments, helping customers improve machining quality and production efficiency. We are committed to providing the most suitable chamfering solutions!
Feel free to reach out for more detailed product information or to discuss the best solution for your specific machining needs!
Driven tool for all machine brands
The AUTO STRONG hydraulic chuck series includes: Through hole power chucks (N/NT/NIT/NHT), Extra-large through hole power chucks (NB), long stroke through hole power chucks (NL), Wedge type non through hole power chucks (V/VT/VIT), Large wedge type non through hole power chucks (40"-79"), Vertical and vertical horizontal stationary power chucks (DV/DN), Non through hole power chuck for vertical lathe (VRA), Ball swing lock chucks (BL), and Draw down power chucks (DR).Hydraulic chucks are widely used in fields such as machining, automotive manufacturing, and aerospace. You can choose the most suitable product based on machine requirements or consult us for professional advice.
The collet chuck is commonly used in NC/CNC lathes, automatic bar feeder lathes, Swiss Type lathes, and Special processing machines. The push type clamping allows customers to quickly remove the cover, greatly improving efficiency and convenience.
AUTO STRONG the brand of Di Chun, manufactures manual chucks that are widely used, occupying over 50% market share domestically. Manual chucks are mainly utilized as fixtures for clamping workpieces. Manual chucks are typically composed of mechanical components such as threads, bearings, and gears. Manual chucks don’t require an external power source only need through manual operation to achieve clamping and releasing. They are primarily installed on CNC lathes, traditional lathes, grinding machines, milling machines, vertical lathes, and 4” axis rotary table.
Pneumatic power chucks are commonly used on lathes and rotary tables. Pneumatic chucks designed for external diameter clamping feature an internal pneumatic cylinder structure, providing a two-stage jaw stroke for fast operation and secure clamping.
* Fully sealed design extends maintenance intervals, improving production efficiency.
* Sealed design ensures constant lubrication and protects against the ingress of coolant and chips, which guarantees clamping precision and durability.
* Suitable for lights-out manufacturing; dry machining of castings and forgings; or when high-pressure coolant is utilized. *Especially ideal for vertical lathes.
* Media fed through central bore - available for coolant or air. (optional)
Quality: Machine productivity is enhanced by incorporating advanced features such as spindle thermal compensation, chip-breaking machining, and an automatic chip cleaning function for the tank. These innovations ensure optimal performance and efficiency in manufacturing processes.Lead Time: The implementation of modular design and systematic material forecasting significantly reduces inventory levels and shortens production preparation times, leading to faster lead times and more responsive production schedules.ESG: A commitment to sustainability is demonstrated by integrating energy-saving designs and projects into operations, aligning with environmental, social, and governance (ESG) goals to reduce carbon footprint and promote responsible manufacturing practices.
The LEADWELL T-6SMY lathe is renowned for its high precision and versatility, specifically designed for precision machining and multi-process production. This lathe features main and sub-spindles, both supporting high-speed operations with a maximum speed of 6000 rpm, suitable for rapid and precise machining. The T-6SMY's Y-axis functionality allows for the machining of eccentric and complex shapes, enhancing the machine’s range and flexibility. Additionally, it is equipped with a multi-station turret that allows for quick tool changes, significantly boosting production efficiency. The machine also supports simultaneous machining on both the main and sub-spindles, greatly reducing production time. Equipped with advanced CNC control systems, such as Fanuc or Siemens, the T-6SMY provides precise control and ease of use, making it suitable for industries that require high precision and variety, such as medical devices, automotive parts, aerospace components, and precision mold manufacturing.
Machine Speccification1. One piece 30˚ slant bed2. Large swing diameter 600 mm3. 8" Power chuck / 4200 rpm4. Z-axis travel:400mm (Vturn-S20/40)600 mm (Vturn-S20/60)5. Shortened belt driven spindle6. High rapid feed 20/24 m/min (X/Z)7. Machine width 2300mm only (for Vturn-20/40 with rear disposal chip conveyor8. C-axis available with BMT-55 turretEnergy-Saving Features:1. Lightweight casting design to reduce material usage and energy consumption.2. Streamlined control panels and electrical components for enhanced design efficiency.3. Adoption of variable-frequency hydraulic systems for optimized energy utilization.All energy-saving improvements is based on ISO 14955-1 standards. The Vturn-S20’s energy-efficient design approach utilize 103 comprehensive design guidelines. The goal is to effectively reduce energy consumption and support sustainable development.
This machine is a high-performance CNC Turning Center, ideal for machining complex parts, particularly for the automotive industry. It enhances product quality and efficiency, reduces costs and time, offering increased value and competitiveness.
The ST series is a CNC double turret lathe designed specifically for high-volume processing, emphasizing minimal footprint and reduced manpower requirements.
• Main spindle - capable of accommodating bar stock up to 65mm, optionally with an 8" three-jaw chuck.
• The slideway features a rigid boxway structure to ensure cutting rigidity.
• Equipped with THK double-nut ball screws to ensure stability and load capacity in linear motion.
• Main turret: 12 stations.
• Sub-turret: 8 stations.
• Sub spindle capable of accommodating bar stock up to 34mm, optionally with a 6" three-jaw chuck.
8-position servo turret provides fast positioning and shortened machining time.
Combined turret and gang-type tooling system.
Various tooling configurations to meet your specific needs.
High precision spindle accommodates collet chucks and 3-jaw chucks.
C-axis functionality on spindle allows for milling, drilling, and tapping.
High/low pressure coolant pump for fine surface finishing and deep hole drilling.
Extra large 340mm travel on X-axis for excellent machining capabilities.
Oversized box ways on X and Z-axis for maximum stability.
Syntec PC-based, Fanuc, or Mitsubishi controllers are available.
Combined with C-axis functionality, Y-axis is capable of performing end milling, drilling, and tapping operations. Especially suitable for small and complex parts production.
By working with live tools, the face milling function can also drill eccentric holes or taps, saving on secondary workpiece set-up time.
High quality and automatic complex parts production.
Up to 24 hours non-stop operation.
Up to 16 hours unmanned operation.
Auto tool length measurement and tool offset compensation.
2-axis turret for versatile operations.
Designed with heavy-duty machining in mind.
Oversized box-way design.
Optional tailstock for shaft machining.
Automated High Speed Production: Front and back machining can be completed in one setup. Max. 5 tools for each side.
Capabilities: This machine is for mass production of components and is integrated with gantry robots to reduce operator inputs. Custom automation configurations can be made for specific workpieces and output requirements.
M-1525-1/M-2025-1 high-speed Precision Auto Lathe/Cam Auto Lathe has various features, such as a modern tool rest and oil tank, a 3-tier separate type oil tank, and variable speed main spindle transmission.
Rotary spindles are used for free-surface machining, has high torque and high rigidity and is applicable to 5-axis machining centers.
Rotary Spindle Head can be paired with an extremely short spindle, enabling a wider processing range and higher efficiency.
Combine Rotary Spindle with rotary table, has good precision and compact outward.
Suitable for 5-axis machining centers and milling & turning integrated CNC Lathe.
Equipped with high resolution encoder, achieve high position and repeatable accuracy.
Compatible to many kinds major controllers.
A/C 2-Axis-Single-Arm is suitable for 5 Axis gantry type M/C. Compatible to different brands of controller.
That is suitable to aerospace, automotive, mold and various industries.
A/C 2-Axis-Fork-Arm is suitable for 5Axis gantry type M/C. Compatible to different brands of controller.
That is suitable to aerospace, automotive, mold and various industries.
C-Axis Working Torgue is 650N-m，rotation speed is 30rpm.
A-Axis Working Torgue is 650N-m，rotation speed is 30rpm.
Generic Spindle, Medium / Low Speed Cutting, Multi-Function Options
With long operational life, our pulley driven spindle is specifically designed for high stiffness and low rise in temperature. Our multi-purposed spindle has precise pulley teeth that reduces drive noise and has multiple options to choose from. All our pulley driven models have reserved cooling channels to be used if desired. These spindles can be used for medium speed, precision machining or low speed, high torque cutting.
High Speed and Low Noise, Suitable for Every Type of Drive Control and Machining Application.
With a compact design of high speed, low noise, long and stable operational life, our direct-drive spindle can be fitted with coolant through spindle (CTS) and/or surrounding coolant (SC) and is adaptable to various drive motors.
Design for Multitasking Milling Turning Center, is an innovative solution which combines both milling and turning technologies in a single machine.
■ Dirt-resistant design with high switching reliability
■ Interchangeable solenoid for greater flexibility and easy servicing
The SPU series Power Unit with Cooling Circulation Pump is a system designed to address the problem of temperature rise, significantly reducing the internal installation space and the amount of hydraulic oil used in the machine, providing a stable oil temperature in the machine to enable smooth machining of parts and provide high precision control.
With CML's variable vane pump and cooling circulation pump (VCM+CG), the oil temperature can be reduced by 20% and the power unit volume can be reduced by 50%, saving space and hydraulic oil cost. The use of SPU series cooling circulation hydraulic station can not only prolong the life of hydraulic products, but also improve the stability of lathe machining accuracy, reduce the defective rate of machining caused by heat expansion, reduce the temperature rise of working environment, greatly improve the efficiency, stable output of production, and reduce energy loss due to temperature reduction, which is beneficial to the earth.
More info.
https://www.cml-motion.com/en/product/SPU-power-unit.html
ESG Solution
https://www.cml-motion.com/en/page/ESG-cooling-solution.html
Feature
📌High efficiency, high-pressure, smooth operation.
📌Extremely low vibration and noise level.
📌Instant and stable response for precise machining.
📌Easy adjustment in handling and maintenance.
📌Sturdy structure for high efficiency and long service life.
Application
📌Suitable for CNC machine tools, such as CNC lathes, CNC milling machines, CNC grinders, fixtures, etc.
📌Applicable to many types of dedicated hydraulic machinery, circular saw machine, fan processing machines, inner and outer diameter grinding machines, etc.
📌Application of leading brands of hydraulics shoemaking machinery, toe lasting machine, heel lasting machine, side and heel lasting machine, sole attaching machine.
More Info.
https://www.cml-motion.com/en/product/VCM-SF-12A-10.html
Double pump design saving space. A single motor can be used to supply two sets of hydraulic systems at a time, or it can be used to increase the output flow in a confluence circuit, which is economical and highly effective. Application of high and low pressure machinery.
CML Double Low Pressure Variable Vane Pump pressure can be adjusted in the range of 20 - 70 bar, and the flow adjust range is 12 - 40 L/min. Before inquiring, you can inform the working pressure and flow, as well as the working conditions of the machine, and we will select the most suitable model for you.
Feature
📌Long Life: Special heat treatment is used to improve the durability of the product.
📌Space-saving: Two pumps are combined to make a common driveshaft.
📌Cost Saving: Use the same motor with two pumps.
📌Low Noise: Eliminate vibration and run quietly.
Application
📌Suitable for CNC machine tools, such as CNC lathes, CNC milling machines, CNC grinders, fixtures, etc.
📌Applicable to many types of dedicated hydraulic machinery, circular saw machine, fan processing machines, inner and outer diameter grinding machines, etc.
📌Application of leading brands of hydraulics shoemaking machinery, toe lasting machine, heel lasting machine, side and heel lasting machine, sole attaching machine.
More Info.
https://www.cml-motion.com/en/product/VCM-DF-12C_12C-10.html
The SM series with pressure-compensated adjustment devices that provide stable operating characteristics. The design of the pressure regulating valve is the same as the Piston pump, but the noise value is much lower. Compared with the standard SF variable pump, the SM series Medium Pressure Variable Displacement Vane Pump provides a higher pressure output, the maximum pressure can reach 140 bar.
CML Medium Pressure Variable Vane Pump pressure can be adjusted in the range of 15 - 140 bar, and the flow adjust range is 30 - 40 L/min. Before inquiring, you can inform the working pressure and flow, as well as the working conditions of the machine, and we will select the most suitable model for you.
Feature
📌Applicable system pressure is higher than 70 bar - 140 bar.
📌It has better pressure compensation characteristics and is suitable for hydraulic systems with frequent actions.
Application
📌Suitable for CNC machine tools, such as CNC lathes, CNC milling machines, CNC grinders, fixtures, etc.
📌Applicable to many types of dedicated hydraulic machinery, circular saw machine, fan processing machines, inner and outer diameter grinding machines, etc.
📌Application of leading brands of hydraulics shoemaking machinery, toe lasting machine, heel lasting machine, side and heel lasting machine, sole attaching machine.
More Info.
https://www.cml-motion.com/en/product/VCM-SM-30A-20.html
Variable Displacement Vane Pump with Built-in Check Valve is easy to be equipped with manifold block. The manifold block can be directly installed at the oil pump outlet, and one to multiple circuit valve groups can be added to achieve integrated functions and greatly save space and the length of the piping; and there is a pressure gauge hole on the back of the oil pump, which can be directly attached to the pressure gauge. By reducing the amount of external oil leakage, the heating of the fuel tank is reduced, the operation is stable, wear-resistant and energy-saving, low noise and long life.
CML Variable Vane Pump with Built-in Check Valve pressure can be adjusted in the range of 20 - 70 bar, and the flow adjust range is 30 - 40 L/min. Before inquiring, you can inform the working pressure and flow, as well as the working conditions of the machine, and we will select the most suitable model for you.
Feature
📌Built-in check valve has the function of protecting the oil pump and prolonging the service life.
📌The integrated design is suitable for machines with limited space.
📌Low noise characteristics. Because the body design volume is larger than that of a general 20L oil pump, the noise coverage will be better than that of a traditional standard oil pump.
Application
📌Suitable for CNC machine tools, such as CNC lathes, CNC milling machines, CNC grinders, fixtures, etc.
📌Applicable to many types of dedicated hydraulic machinery, circular saw machine, fan processing machines, inner and outer diameter grinding machines, etc.
📌Application of leading brands of hydraulics shoemaking machinery, toe lasting machine, heel lasting machine, side and heel lasting machine, sole attaching machine.
More Info.
https://www.cml-motion.com/en/product/VCM-SFC-24C_30C_40C-10.html
CML High Back Pressure Type Solenoid Valve WE series are used in the direction switching operation of Shoemaking machinery, metal processing machinery, and various hydraulic systems. Small size, sensitive switch action, fast switching and high efficiency. Applicable to international standards such as ISO, CETOP, NFPA and DIN.
The WE series has 10 diameters, with junction box and plug-type wiring methods, suitable for 50 / 60Hz current, the maximum operating pressure is 210bar, the maximum return pressure is 100bar, and the flow range is 63 ~ 120 (LPM). The spool type and reverse assembly can be selected according to the needs of the circuit.
For Spool type, Pressure Drop Curve and Assembly Instruction or related information, please refer to the attachment at the bottom of the page or contact CML professionals.
Feature
📌High pressure, large flow, low noise, Smooth motion when switching.
📌Dual-channel design, low impedance, high efficiency.
📌ISO standard measurements, easy to install.
📌Clear directional light indication
📌100% inspected, stable high quality.
Application
📌Cutting machinery: Four-post cutting machine, plane cutting machine, gantry cutting machine.
📌Die casting machine industry: Hot and Cold types die casting machine, Aluminum extrusion machine, Vertical squeeze Casting Machine, Gravity die casting machine.
📌Machine Tool Industry: CNC lathe, CNC milling machine, CNC turning and milling machine, CNC Surface grinder machine, band saw, circular saw.
📌Shoemaking machine industry: Toe-Lasting Machine, Seat/Side Lasting Machine, Heel-Lasting Machine, EVA injection machine, disc injection machine, Press machine, Cutting machine.
📌Rubber machinery industry: Horizontal Injection Molding Machine, Vertical injection machinery, Hollow Blow Molding Machine.
More Info.
https://www.cml-motion.com/en/product/WE42-G03-B11B-A220-N.html
CML solenoid valves are used in the direction switching operation of machine tools, metal processing machinery, and various hydraulic systems. Small size, sensitive switch action, fast switching and high efficiency. Applicable to international standards such as ISO, CETOP, NFPA and DIN. The WH series has two sizes, 6-diameter and 10-diameter, with a maximum operating pressure of 210 bar, a maximum allowable back pressure of 100 bar, and a flow range of 63 ~ 120 (LPM). There is a complete range of products, and spool type can be selected according to the needs of the circuit, and products with reverse assembly can be supplied.
Feature
📌High pressure, large flow, low noise, Smooth motion when switching.
📌Dual-channel design, low impedance, high efficiency.
📌ISO standard measurements, easy to install.
📌Clear directional light indication.
📌100% inspected, stable high quality.
Application
📌Cutting machinery: Four-post cutting machine, plane cutting machine, gantry cutting machine.
📌Die casting machine industry: Hot and Cold types die casting machine, Aluminum extrusion machine, Vertical squeeze Casting Machine, Gravity die casting machine.
📌Machine Tool Industry: CNC lathe, CNC milling machine, CNC turning and milling machine, CNC Surface grinder machine, band saw, circular saw.
📌Shoemaking machine industry: Toe-Lasting Machine, Seat/Side Lasting Machine, Heel-Lasting Machine, EVA injection machine, disc injection machine, Press machine, Cutting machine.
📌Rubber machinery industry: Horizontal Injection Molding Machine, Vertical injection machinery, Hollow Blow Molding Machine.
More Info.
https://www.cml-motion.com/en/product/WH42-G02-B2-A220-N.html
Lightweight, energy-saving, low noise
Purify the oil mist generated by cutting and grinding during metal processing.
Purify the fumes generated by metal processing during sheet metal processing.
Whether you use oily cutting fluid, water-based cutting fluid, lathe, milling machine, or grinder, the oil mist high-efficiency recovery and purification machine can effectively solve your problems.
Efficient Automation! Automatic Drilling and Tapping Machine for Aluminum Extrusions - M2 Tapping - Suitable for Various Casings and Covers!
1. Can be combined with various automatic drilling and tapping machines by a indexing table to create a small production line.
2. High stability in mechanics, suitable for tapping small-diameter, soft M2 aluminum material.
3. Can be integrated with a robotic arm for automatic feeding, linking CNC milling machines and lathes to establish an automated production line, intelligently boosting efficiency and achieving energy-saving goals.
4. Applicable industries: motor covers, motor housings, battery covers, battery housings, and various aluminum die-casting products for drilling and tapping.
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.
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.
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.
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.
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.
“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
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
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
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.
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!
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.
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
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 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.
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
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.
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!
🎉 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
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.
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.
🎉 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
★★★ 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.
Twin Spindle Lathe, Multi-Pallet Pool, Gantry Loading Systems
Visist our webstie http://www.yidacnc.com/.
Follow us on https://www.facebook.com/yidacnc/
KINWA CNC Lathe Automation
Integration of machine configuration, fixtures tool and special accessories responds to piston’s multi-process requirements. Chevalier's piston production line, combining multiple vertical lathes and machining centers to meets customers' production process requirements.
Our highly efficient Intelligent Gantry-Type Automatic Production Line is designed to make sure each machine meets customers’ expectations for design, features, precision, quality and reliable performance for years to come.
This automatic production line, developed and tested by our R&D department and application team, includes vertical lathes and vertical machine centers along with automatic loading and unloading systems, workpiece identifying, positioning, flipping, cleaning and in-process measuring systems.
We significantly increased the system’s production efficiency by using high-speed, double-jaw robot arm movements, vertical direction at 60 m/min and horizontal direction at 80 m/min.
As a result, our professional team can study customers’ requirements and design a complete integrated production line—including an automatic loading and unloading system—to meet their specifications.
With highly rigid tool holder and shank design, FVL-20HT highly efficient vertical lathe allow higher cutting speeds and feed amounts to improve production efficiency by customized chip-breaker.
Contact Us:
Website: www.keepwaycnc.com
Mailbox: info@keepwaycnc.com
Contact Us:
Website: www.keepwaycnc.com
Mailbox: info@keepwaycnc.com
You Ji VTL series are designed for high-efficiency heavy-duty cutting, column adopts asymmetrical design to increase 50% more rigidity.
Wide-span X-axis box guideway design brings high stability during the long cutting time, suitable for the aerospace industry, wind power industry,
shipbuilding industry, energy industry, pumps & valves, motor industry...etc.,VTL series can also be used for machining engine case, bearings, engines, mechanical parts, ring parts, motor housing, and various heavy equipment.
The YOU JI independently develops HMI (human-machine interface), which is developed according to customer needs, which can achieve virtual and real integration and visualized management.
With Marposs intelligent monitoring system, it can achieve tool monitoring, processing process monitoring, processing optimization (vibration and load detection), machine maintenance prediction, machine protection (collision protection), and other intelligent machinery elements that comply with Industry 4.0.
All-Purpose
Suitable chip protection for all dimensions of vertical processing machines, five-axis processing machines, bridge-type processing machines, horizontal processing machines, lathes, etc.
▍FEATURE
According to different processing conditions, flame retardant fabrics can be selected to comply with the FAR 25.853 (Burn rate) fire protection directive.
Use strong engineering fabric, which can resist 1,000,000 times of reciprocating condensation.
Patented sliding device for smoother operation.
▍APPLICABLE MACHINES
Moving column type/beam type gantry machines X axis
The wind turbines have grown in size in both height and blade lengths and generate more energy.
The casting workpiece processing is a challenge for the maker to handle the production.
Honor PL-600CM Intelligent Vertical Turning Center is the high-rigid vertical lathe based on the gantry-type with a Y-axis mechanism, and collects multi-functions that can cover the processing requirements by the vertical lathe, the gantry-type machine, and even the horizontal machining center at the same time to achieve done in 1 requirement.
● Champion of Taiwan
- 6-meter table turning center
- Extremely outstanding wind power solution
- Digital-twin technology applied
More efficient, better quality, this is HONOR SEIKI delivers our solutions.
TOP-ONE Precision Machining, Crafting Excellence
TOP-ONE Machinery Co., Ltd., along with its esteemed brand TOP-ONE, has garnered over 30 years of invaluable experience in the field of machine tool manufacturing. Their products and services cover a wide range of applications in industries such as aerospace, automotive, and shipbuilding, and their commitment to quality, efficiency, safety, and trust forms the foundation of their approach to precision machining.
TOP-ONE’s product lines offer Knee mills, bed mills, vertical wheel lathes, OD and ID grinders, gantry milling machines, gantry griding machine, and machining centers. Each of these products is characterized by robust quality and enhanced production efficiency. TOP-ONE Machinery not only specializes in offering professional custom OEM and ODM services tailored to diverse customer manufacturing needs but also providing product under their own brand. Their extensive technological capabilities and abundant factory resources are leveraged to provide a holistic approach to integrated solutions.
TOP-ONE's machinery processing services are designed to streamline clients' schedule management. Through factory resource allocation and production progress control, from production to product delivery, every step is orchestrated with precision to ensure smooth execution.
For customers with precision machining requirements, precision machining technology is also a specialized strength of the company. Due to its inherent high-precision products, TOP-ONE's collaboration with customers results in workpieces and products that exhibit excellent precision and durability. With a diverse range of equipment resources, they offer abundant configuration choices and unique attributes that meet the specific machining needs of each client.
👉🏻 Movie Chapters：
00:00 SYNTEC Lathe Solution
00:13 Eccentric Shaft Turning
00:17 MPG Simulation
00:23 Multi-Path Control
00:26 Graphical Simulation
00:30 Tilted Working Plane Machining
00:46 Tool Life Management
00:57 Live Tooling Turrent(ROT Function)
01:04 Cs Axis Contour Control
01:09 Servo Turning on CNC
01:17 Auto Tool Measurement
01:09 Servo Turning on CNC
01:24 Company Vision
HC-30N U-Type CNC Lathe with Vibration bowl feeding system
1. The U-type feeding mechanism is installed outside the machine to prevent oil stains or iron chips from affecting the mechanism.
2. Feeding range: outer diameter φ8~35mm, length up to 65mm.
3. Adjustable slide is suitable for round/hexagonal workpieces, can be quickly positioned for hexagonal shapes with the rotation cylinder and fixture.
4. To combine with a direct or auxiliary cylinder feeding mechanism, select a vibration bowl feeder for high efficiency in automatic feeding stability.
Welcome contact us for more : )
Jarng Yeong Enterprise CO.,LTD (GREENWAY)
Tel：+886-4-26152157
Fax：+886-4-26152161
E-mail：greenway@cnc-lathe.com ; jaye2324@ms13.hinet.net
Website：www.cnc-lathe.com
Official LINE ID：@greenway_cnc
Round bar auto loading/unloading SPM
1) It is suitable for long shaft work-piece.
2) Its feeding capability is max O.Dφ20 mm, max length 300 mm.
3) Material feeding station can accommodate up to about φ10 x 300 pieces of blank material.
4) It’s stable via hydraulic continuous material supplement and smooth by servo feeding.
5) The size and length of material could be easily adjusted.
6) It only needs to change feed pipe and chuck (or collet) when changing into different work-piece.
1. High rigidity body structure, machine base casting is integrally formed and high rigidity linear guide way, providing stabler, faster and higher precision.
2. With turning, milling, tapping and outline various machining functions, also suitable for processing long workpiece which can reduce cycle processing time and improve production efficiency.
3. High precision processing quality, low noiseless and low vibration
4. Built-in main spindle is with C-axis function, high speed, big power, high precision and low vibration which can make surface of workpiece smoother.
5. Sub-spindle is with C-axis function, it can work with live tooling for end side drilling, tapping and milling.
6. Max. 23 tools, can do machining on front side and back side at the same time which can save time for processing.
7. Rotary hydraulic cylinder provides fast and stable clamping force, also can be equipped with Synchronous rotary guide bushing unit to process long workpieces.
8. It can depend on different demand of machining to with or without Synchronous rotary guide bushing unit.
9. With guide bush type travel is 180mm, min. offal is 150mm. Without guide bush type travel is 310mm, min. offal is 50mm.
1. Swing over bed max：600, It can meet with the requirements of various processing.
2. Sturdy and rigid base with durable guide way
3. Axial ball screw are designed with dual-screw nuts and pre-pull type screw
4. Stable and high rigidity turret, enhance the cutting capacity to meet with various processing requirements.
Models for
YTH8540
YTH8700
Force One's meticulously crafted lathe series perfectly embodies the combination of high efficiency, versatility, and reliability. From the 16PTS, FCL-20TTY, T2, to TC, each product boasts precise design and exceptional performance.
The 16PTS, with its unique parallel dual-spindle design, elevates processing efficiency to new heights, offering double the productivity with two spindles.
The FCL-20TTY showcases comprehensive milling capabilities, including eccentric drilling, tapping, and milling. Its dual-system/left-right turret configuration allows simultaneous A and B side processing, achieving the convenience of completing double-sided machining in one go.
The T2, featuring an upper and lower dual-turret design, allows for long shaft parts machining without the need for a center support. Its complete milling capability makes it the top choice for multifunctional processing.
The TC is renowned for its heavy-duty internal bore processing capability and excellent heavy machining performance. Equipped with BMT and VDI powered turret specifications, it features a high-rigidity bed and an impressive maximum processing range, meeting various heavy-cutting needs while maintaining energy efficiency and environmental friendliness.
Additionally, Force One's factory strictly adheres to ISO9001 management standards, and its products have passed multiple certifications including CE and TS. The company is committed to patent applications and R&D investments, always upholding the promise of providing the best value to customers.
Force One, focused on professionalism, focused on quality, focused on your needs.
Force One, drives you to No.1
MicroLab precision technology: Design Based on the Cutting Performance Needed by Customers
The dual axes of the Single Arm A/C 2-Axis Spindle Head both use worm gear transmission, which ensures easy driving and high-rigidity cutting. This is suitable for large gantry five-axis machining centers and large vertical lathes, and is used in industries such as aerospace, shipbuilding, and mold making.
🔧✨ TIMTOS 2025 – The Premier Machine Tool Exhibition is Here! 🚀
📢 One of the biggest events in the global machine tool industry is just around the corner! This year, we’re showcasing our latest high-speed lathes and CNC lathes at Nangang Exhibition Center, Hall 1, 4F, Booth N0725. Experience cutting-edge precision machining technology firsthand!
📅 Exhibition Date: March 3 (Mon) – March 8 (Sat), 2025
📍 Venue: Nangang Exhibition Center, Hall 1, 4F, Booth N0725
💡 Why You Should Visit Us:
✅ Discover the latest advancements in machine tools
✅ See our high-speed and CNC lathes in action, delivering exceptional precision and stability
✅ Talk to our expert team and gain insights into the future of the industry
🎯 Don’t miss this opportunity to explore the future of smart manufacturing!
📍 Remember our booth number: N0725! We can’t wait to meet you at TIMTOS 2025!
#TIMTOS2025 #MachineToolExpo #CNCLathe #HighSpeedLathe #SmartManufacturing #PrecisionMachining #IndustrialAutomation #TaipeiExpo
Looking to purchase a manual lathe but feeling overwhelmed by all the specs and options?
You’re not alone.
In this short guide, we break down 7 essential factors to help you choose the right manual lathe for your workshop—whether you're handling heavy-duty cutting or precision machining.
🎯 This video covers:
• Understanding your materials & parts
• Choosing the right size (bed length, swing over bed)
• Power & spindle speed considerations
• Accuracy, repeatability, and why they matter
• Brand reputation & after-sales support
• Essential safety features to look for
• Budgeting for long-term value
• BONUS: Accessories & future upgrades
👉 Full article available here:
https://www.kinwa-lathe.com/en/news/lathe_buying_guide
✅ Ideal for:
Machine shop owners
Metalworking professionals
Manufacturing engineers
Procurement & maintenance teams
📌 The right lathe is not just a machine—it’s an investment in your productivity.
📞 Need help selecting the right model? Contact our team for professional guidance.
ufkinwa@ms15.hinet
www.kinwa-lathe.com
#ManualLathe #MetalMachining #ManufacturingTips #LatheBuyingGuide #IndustrialMachinery #PrecisionMachining #MachineTools #WorkshopSetup #FactoryEquipment #EngineeringTools
Efficient Automation! Automatic Drilling and Tapping Machine for Aluminum Extrusions - M2 Tapping - Suitable for Various Casings and Covers!
1. Can be combined with various automatic drilling and tapping machines by a indexing table to create a small production line.
2. High stability in mechanics, suitable for tapping small-diameter, soft M2 aluminum material.
3. Can be integrated with a robotic arm for automatic feeding, linking CNC milling machines and lathes to establish an automated production line, intelligently boosting efficiency and achieving energy-saving goals.
4. Applicable industries: motor covers, motor housings, battery covers, battery housings, and various aluminum die-casting products for drilling and tapping.
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