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MX308-CNC Slitting Turning Center
* The whole series provides a complete tool system according to different models to meet the needs of various high-efficiency turn-milling composite processing of the front, back, side and inclined plane of the workpiece, and complete a variety of complex processes at one time. * X/Y/Z three-axis adopts high-speed and high-precision linear slide design, with rapid feed up to 24 m/min. * Available in 5 + 1 axis/6 + 1 axis/6 + 2 axis three configurations, can install a variety of turning tools, a variety of side/end power cutter modules, hobbing cutter modules, internal/external cyclone cutter modules. * The spindle adopts high-precision built-in design, which effectively reduces the vibration of spindle rotation, prolongs the service life, and improves the accuracy during long-term processing. The front/back spindle provides 0.001 ° indexing milling positioning processing. Widely used in: watches, medical, communications, electronics, automotive, aerospace and other fields of precision complex parts processing.
X500-5 axis machine center
*The bed body is made of QT600-7 ductile iron ,with a Z-asix frame and overhead crane structure,which has good rigidity , dynamic and thermal symmetry. Integrated design of tool magazine and machine bed. *B.The A/C axis is driven by a torque motor to compensate for clearance errors.The Y-axis dual motor drive balanced design ensures and improves the stability of machning accuracy. The processing area adopts internal sheet metal full protection, which is convenient for daily cleaning. *Equipped with a standard 14000rpm high torque high-speed spindle,suitable for high demand milling processing, high output power and high torque effectively improve processing effectively improve processing efficiency and product quality. *It can meet the milling of high hardness materials such as aluminum alloy ,steel ,titanium alloy,and high-temperature alloy. The A-axis ±130° and C-axis ±360°rotation swing can meet the processing of impeller parts,curved parts, and multi-level composite miscellaneous components. *industry applications: aerospace,automotive,impellers,curved parts,complex polyhedra parts,precision molds,precision parts.
A50-Precision Machining Center
*Adopting mineral casting bed body and Siemens 828D CNC system. Optional ultrasonic assisted machining system. * The three-axis system is driven by a high-speed linear motor and features a highly rigid symmertrical frame structure,ensuring stable and high-precision machining even after prolonged operation. *Standard 30000rpm high-speed precision electric spindle, optional 42000rpm high-speed precision electric spindle. *By using G0 grade roller guides and nano scale grating rulers ,the surface precision polishing time of the product can be shortened, or even no need to be polished. *Industry applications:aerospace , automotive,drones,precision molds, precision parts.
F400 5-axis machining center
1. Crane structure design, moving parts away from the cutting area, effectively reduce the failure rate of moving parts. 2. Integral cradle AC structure and roller cam/DD motor structure ensure that the operator is closest to the milling head and the workbench, which is convenient for manual tool change and workpiece clamping, reduces the labor intensity of the operator to the greatest extent and improves the productivity. 3. Fully enclosed protection design, effectively protect the screw guide rail, prolong the service life of the machine tool; 4. Servo tool magazine, reliable tool change; automatic compensation of tool setting instrument, greatly improve productivity. 5. Precision high-speed spindle, equipped with precision spindle oil cooler, to keep the spindle temperature constant and reduce the processing error caused by temperature rise. 6. It has five-axis linkage (RTCP) tool tip following processing function and bevel processing function (G68.2 command function). 7. Taiwan/Europe imported precision ball screw, P linear guide. 8. Strict production and inspection process, strict laser interference, ball bar instrument testing, to ensure the quality of each machine.
K6S High Speed Graphite Machining Center
1. Initiated in the domestic industry, the bed base is made of high-quality mineral casting (artificial stone) material, which has excellent damping performance, low thermal conductivity, long-term stability of precision and high corrosion resistance. The performance and stability of the whole machine are much higher than those of the machine tool with traditional cast iron structure. 2. Compact twin-screw automatic chip and powder removal, wet processing equipped with automatic bed cleaning system, dry graphite processing optional equipped with highly integrated graphite dust recovery system. 3. The patented design of multi-layer sealing protection of the screw guide provides a strong guarantee for the maximum service life of the screw guide.
GL4 High Speed Linear Motor Machining Center
1. Three-axis application of the industry's latest linear motor technology, high-precision linear grating ruler for full closed-loop control. Compare with that traditional screw rod transmission mode, the invention has no mechanical contact and reverse clearance, solves the problem of thermal elongation, quick wear, short service life and the like of the screw rod, has higher dynamic characteristics and acceleration, and realizes high speed, high precision and high finish. 2. The bed base is made of advanced mineral casting, namely artificial stone material, which has excellent damping performance, low thermal conductivity, long-term stability of precision and high corrosion resistance. The performance and stability of the whole machine are much higher than those of the traditional cast iron structure machine tool. 3. Intelligent automatic washing system for bed. 4. Patented design of multi-layer sealing protection ensures the maximum service life of linear motors, guide rails and other important components. 5. Equipped with FANUC CNC system with powerful automation technology and excellent performance, durable operation panel, simple and convenient operation, excellent surface function can obtain the best workpiece surface. 6.20 high-speed servo tool magazine, specially designed with two layers of protection to prevent iron pollution. 7. Linear motor drive, repeated positioning accuracy up to 0.002 mm. 8. High rigidity flange type high precision permanent magnet synchronous electric spindle, high speed, high precision, high stability, extremely low thermal elongation, more suitable for high-speed and high-precision machining. 9. Strict production and inspection process, strict laser interference, ball bar instrument testing, to ensure the quality of each machine. 10. Four-axis or five-axis turntable can be installed to realize multi-axis linkage processing. 11. Finite element analysis to ensure the best mechanical and modal structure.
Special stainless steel
Stainless steel Cold Finished Bar are used in automotive, automation, medical, electronic appliances, semiconductor and other industries. Such as engine: high pressure fuel rail, engine fasteners, fuel injection nozzle, piston ring, oil pump, etc. Automation: electric slide rail equipment, ball screw, slide rail slider, motor axis, etc.
Stainless steel Cold Finished Bar
Stainless steel Cold Finished Bar are used in automotive, automation, medical, electronic appliances, semiconductor and other industries. Such as engine: high pressure fuel rail, engine fasteners, fuel injection nozzle, piston ring, oil pump, etc. Automation: electric slide rail equipment, ball screw, slide rail slider, motor axis, etc.
Turning and milling composite cutter of centering machine
Center-walking machine blade: a new choice for precise adaptation to multiple scenes and efficient processing "Difficult adaptation, poor accuracy and weak force" are often the key pain points restricting efficiency in the field of heart-walking machine processing, and our heart-walking machine blade is solving industry problems with four core advantages to reduce costs and improve efficiency for your processing and production. Whether it is fine carving with small cutting depth or efficient cutting with large cutting depth, our blades can accurately match the demand, without frequent replacement of blade models, calmly cope with different processing conditions, reduce downtime adjustment time, and make the production process smoother. Precision is the core of processing, each blade is subject to strict process control, the precision error is firmly locked within ± 0.01 mm, to ensure that each cutting is stable and accurate, effectively reduce the scrap rate, and escort the product quality. What's more, we adopt the design of "one rod through installation". One type of arbor can be compatible with six series of blades, which greatly reduces the inventory cost of the arbor and simplifies the blade replacement process. Operators do not need to repeatedly debug the arbor, which significantly improves the efficiency of tool replacement. In addition, compared with the traditional installation method, the vertical structure design of the blade can maximize the stability of the processing force, effectively avoid the problems of blade offset and vibration in the cutting process, not only prolong the service life of the blade, but also ensure the surface finish of the processing, and adapt to high-load processing scenarios.
Tungsten steel small diameter boring cutter
Tungsten Steel Small Diameter Boring Cutter: Precision in Millimeters, Efficiency and Life Double Upgrade In small diameter boring, the three major pain points of "difficult to control precision, time-consuming to change tools, and vulnerable tools" often directly affect the production rhythm and product quality. Our tungsten steel small-diameter boring cutter, with three core advantages, directly hits the pain point and injects efficient kinetic energy into precision machining. Precision is the core criterion of boring. Each tungsten steel small-diameter boring cutter is precisely calibrated in the whole process, and the precision error is strictly controlled within ± 0.01 mm. Even in the face of fine aperture processing, it can ensure dimensional stability and tolerance standards, reduce the scrap rate from the source, and build a strong product quality defense line. Aiming at the problem of time-consuming tool change and debugging, the tool is innovatively equipped with oblique positioning and tool-setting-free design, which does not require repeated calibration and alignment. After replacement, it can be quickly put into production, greatly shortening the downtime adjustment time, especially adapting to batch processing scenarios, so that the production efficiency is significantly improved. At the same time, the surface of the cutter is covered with a special wear-resistant coating, which can effectively resist the high temperature, wear and impact in the cutting process. Compared with the ordinary non-coated boring cutter, the service life is greatly prolonged, the frequency of tool replacement and procurement costs are reduced, and the dual value of "efficient processing + cost reduction and efficiency enhancement" is realized.
