

The MC-1100 economical vertical milling machine has a solid large-span structure and three-point support of the base. It is equipped with roller-type slide rails to ensure excellent accuracy and rigidity. It can stably process difficult-to-cut materials ranging from general parts to titanium alloys. The high-speed three-axis movement speed further improves the processing efficiency, and with the high-power straight spindle, it can achieve large removal processing. Optimize the configuration design of the whole machine to improve accessibility and maintainability. Compared with the traditional machine, the operation is more convenient. Compact footprint design has a wide range of processing to meet diverse needs, and with excellent cost performance to become the best choice in the same class of machines.

It has diversified module configuration, each axis guide rail adopts hard rail design, high rigidity blade table and high precision spindle are made by Taiwan Takizawa, the whole machine occupies a small area and has a large processing space, which is the best choice for automation and customization, high efficiency and low investment cost.

Double Spindle Double Turret Turning Center The new generation of FX-1500 series double spindle double turret turning center, the upper and lower turret can independently select the Y-axis or milling function. With a 60-degree oblique back base, it has better heat suppression ability, better chip removal ability and smaller footprint. The configuration of upper and lower double Y axes; at the same time, the XY axis mixed with triangular column and wire hard rail is carried, which makes the machine more rigid.

Plug and play, a variety of optional transmission modules, once again change the robot's fast switching technology.

The automatic rapid connection, disconnection and switching of robots and fixtures are mainly used in automobile intelligent manufacturing, robots, automated production lines, etc.

To realize the integration and connection of various complex energy sources such as gas, electricity, signal and fluid. Mainly used in: new energy vehicles, automated testing, machining, rail transit, aerospace and logistics vehicles.


Servo press is no longer a single, fixed slider displacement-velocity curve, but a free curve that can be optimized according to different processes, different materials and different sheet thicknesses, which can effectively solve the stamping and forming problems of difficult-to-machine materials. The stroke of the slider can be set to the minimum value necessary for production, which can greatly improve the production efficiency and maintain the forming speed suitable for processing. Because there is no idling of the motor and flywheel, there is basically no noise when blanking is not performed. The research shows that the blanking noise of the servo press is 20 dB lower than that of the common mechanical press. The servo motor is only started when pressing, and the high efficiency of the motor itself makes the servo press energy-saving. The research shows that the servo press can save more than 30% energy than ordinary mechanical press.

GP series closed press adopts split body structure and four-pull rod pre-tightening force combination, and the body rigidity reaches 1/10000. Four-corner octagonal ultra-long guide rail, eccentric wheel, connecting rod and guide pillar transmission mechanism. It has the characteristics of high precision, high strength and high rigidity, and can meet the sheet metal cold stamping processes such as blanking, bending, shallow stretching and forming.

GK series of elbow rod type precision press can realize slow pressing and maintain the motion curve of about 1/18 cycle through a special elbow rod mechanism, and the dynamic sealing height adjustment device can be accurate to 0.01 mm, which is especially suitable for precision forging, cold extrusion, stamping and other precision forming processes.

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Crane structure bed, to achieve outstanding rigidity, stability; The X, Y and Z linear axes are based on the movement of the base and the lathe bed, without the load of the worktable and the workpiece, and without the influence of the cutting operation environment, which can improve the low failure, long life, stable accuracy and unparalleled dynamic response of the machine tool. The AC axis rotary table is fixedly supported on the base lathe bed to avoid the precision error caused by the five-axis moving position; The AC axis selects the highest precision DDR five-axis turntable in China, while achieving high rigidity, high precision and high stability of the product. Crane type five-axis machining center is widely used in aerospace, automobile manufacturing, mold manufacturing and other fields. In the field of aerospace, the five-axis machining center can be used to process aircraft parts, such as engine blades, fuselage structures and so on. In the field of automobile manufacturing, it can be used to process automobile parts, such as engine block, crankshaft and so on. In the field of mold manufacturing, it can be used to process a variety of complex shapes of the mold.

Core product advantages Super load and large stroke: fixed table design, no load limit, can process large parts that traditional machine tools can not accommodate. Excellent rigidity and stability: The crown block structure disperses the mass of the moving parts of the spindle onto the solid bridge. Compared with the moving column structure, the system rigidity between the workpiece and the tool is higher during machining, and the heavy cutting ability is extremely strong. High precision retention: the fixed worktable avoids the error accumulation caused by the movement of the workpiece, and the thermal deformation of the mineral casting/optimized structure is small, and the long-term precision is stable. Efficient "one-time clamping" processing: Five-axis linkage capability enables complete processing of complex parts, reduces repeated clamping, and greatly improves accuracy and efficiency. Advanced automation integration: The space on both sides of the workbench is wide, and it is easy to integrate the automatic exchange workbench system, on-machine measurement system, tool breakage detection and heavy tool library to create an unmanned intelligent production line. Excellent chip removal and accessibility: open structure, chips can fall directly into the chip groove below, and the operator can easily observe and approach the workpiece.

After years of ceramic processing technology, verification, combined with a variety of ceramic processing equipment, continuous improvement and optimization, we have developed a high-speed, high-precision ceramic engraving and milling machine with high cost performance for ceramic processing. In view of the stress of ceramic processing tools and workpieces, the machine tool has been improved in the aspects of bed structure, rigidity and dust protection, optimized the internal structure of the spindle, increased the power and torque of the spindle, increased the speed of the spindle, and improved the processing technology. It can realize high-speed heavy cutting, greatly improve processing efficiency, improve production capacity and save costs for customers.




K A series grating ruler is strictly For quality inspection, we use the most advanced dynamic The state laser measuring instrument calibrates each ruler. Inspection of accuracy, with inspection certificate attached. Among them, KA-300 is the most used light. Grid ruler, KA-600, better rigidity, suitable for big line The needs of the process; KA-200, KA-500 (points 1 6 X 1 6 m m, 2 0 X 1 8 m m), for one Places with narrow position limit and special measuring instrument The installation of the device is provided for use; KA-800M is Spliceable, up to 100 m in length.

NC600 absolute linear grating ruler, independent research and development, domestic substitute for "neck" technology; high precision measurement system, reaching the international advanced level of similar products. The reading head moves along the guide rail with extremely small friction on the glass of the grating ruler, and the reading head structure eliminates the reverse clearance error, so that the dynamic performance of the product is excellent, and the maximum allowable movement speed and acceleration along the measurement direction are achieved. Complete specifications, multiple communication protocols, wide applicability, applicable to automation equipment, process control systems, scientific instruments, machine tool systems-CNC lathes, milling machines, grinders, etc., capable of high-precision measurement under harsh conditions (vibration, temperature, pollutants, etc.).

It uses a main chip with low power consumption, high sampling rate and high precision, and has more powerful performance. The stability of program operation is greatly improved, which provides a strong source power for the main board to process data. The nixie tube is driven by bus technology, which can use discrete components such as triodes than old version. The reliability is higher, and the consistency of the display brightness of the nixie tube is greatly optimized. Strong hardware design with professional software to achieve more advanced EMC testing Index, anti-interference ability is significantly improved to meet the needs of different processing environments. Compact appearance, easy to install, and friendly collocation with different types of machine tools; the keys are Enclosed micro-motion metal membrane switch, the shape of the keys on the panel is designed to be square, In line with ergonomics, the raised height is more reasonable, which makes the hand feel better and the operation more efficient. More comfortable.


1. Micron precision: high-precision trigger sensing technology is adopted, the repeated measurement precision reaches micron level, the size deviation of molds and precision parts is accurately captured, and the processing quality is more controllable. 2. Multi-scenario adaptation: Perfectly compatible with 3-axis/5-axis machining centers and turning-milling composite machine tools, covering the processing and testing needs of mold manufacturing, new energy automotive parts, aerospace precision parts and other industries. 3. Strong anti-interference: infrared modulation transmission technology, no fear of machine tool processing coolant, scrap iron, vibration and other harsh environments, signal stability without interruption. 4. Intelligent linkage: It can be seamlessly connected with the CNC system of the machine tool, realize the automation of workpiece alignment, online measurement and error compensation, reduce manual intervention, and improve the processing efficiency by more than 30%.

1. Sub-micron measurement accuracy: The one-way trigger repetition accuracy of the measuring needle reaches 0.25 μm 2σ, which can accurately capture the fine size deviation of complex curved surfaces and precision cavities, meet the strict processing tolerance requirements, and greatly improve the one-time processing yield of workpieces; 2. Anti-interference wireless transmission: With FHSS hybrid frequency hopping technology, the transmission distance of 2.4G wireless communication can reach 15 m, effectively avoiding electromagnetic interference and transmission dead angle in the workshop, stable signal transmission without delay, adapting to large machine tools and complex production environment; 3. Industrial-grade solid protection: It adopts 304 stainless steel integrated shell and fully sealed structure design, with protection grade up to IP67, which can resist coolant scouring, scrap iron erosion and dust pollution, and can operate stably for a long time in a wide temperature environment of -40 ℃ ~ 85 ℃; 4. Low trigger force protection design: the trigger force in XY direction is as low as 0.1 N, and the trigger force in Z direction is only 0.8 N, which can avoid surface damage and deformation when detecting soft materials or fine workpieces, and meet the measurement requirements of 3D complex shape workpieces; 5. Long-lasting endurance and adaptability: The built-in large-capacity lithium sub-battery can support 2000 hours of continuous work on a single charge. With low-power sleep mode, it can meet 24-hour uninterrupted production. The diameter of the product is only 40mm, and the volume is compact. It can adapt to small and medium-sized machining centers, turning and milling machines and other equipment.

1. Second-level precise positioning: equipped with high-precision absolute encoder and full closed-loop control, the positioning accuracy is ≤ ± 3 ″, the repeated positioning accuracy is ≤ ± 1 ″, and the axial and radial runouts of the disk surface are controlled within 0.005 mm to ensure the dimensional consistency of multi-process processing. 2. High-rigidity and heavy-load design: The body is made of high-strength cast iron, and the internal stress is eliminated by aging treatment. With the innovative clamping structure and heavy-load guide rail, the clamping rigidity is three times higher than traditional design. The maximum bearing capacity can reach 500 kg, and there is no micro-deformation under heavy cutting conditions. 3. High-speed and efficient operation: torque motor direct-drive transmission, abandon the traditional worm gear clearance, the maximum speed can reach 250 rpm, the locking time of adjacent stations is as short as 0.3 seconds, and the processing cycle of complex workpieces is shortened by more than 40%. 4. Stable protection under all working conditions: The fully sealed structure with IP67 protection grade can resist coolant scouring, scrap iron erosion and dust pollution. It can operate continuously in a wide temperature environment of -40 ℃ ~ 85 ℃. The maintenance cycle is up to 8000 hours. The transmission has zero wear and is free of regular maintenance. 5. Flexible adaptation features: compatible with mainstream CNC systems such as SIEMENS, Fanuc, Mitsubishi, etc., the diameter of the disk surface covers 200-1500 mm, supports modular customization, can be quickly integrated into various machining centers, and adapts to the processing requirements from small precision parts to large heavy-duty workpieces. The core value of exhibits -Replace the traditional multiple clamping process, reduce the positioning error and auxiliary time, and improve the product qualification rate to more than 99.5%; -The four-axis function of the machine tool can be upgraded without complex transformation, which greatly reduces the purchase cost of high-end processing equipment. With centralized lubrication system and intelligent self-check module, real-time feedback of operation status, convenient and efficient operation and maintenance.