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Features: - Gantry-structure type makes better machine dynamic performance and accuracy retention - Equip with DD direct drive 5-axis rotary table - Moving component and machining area are fully isolated, machine cleaning is convenient - Reasonable and excellent human-machine interaction design, ensures the operation is comfortable and convenient - 5-axis rotary centers automatic setting of automatic wireless probe (optional) - Equip with full-closed loop control technology, more accurate and reliable machining performance - High-accuracy, high-speed and high-efficiency machining ability - Excellent human-machine interaction interface Machining materials: Aluminum alloy, copper and steel Application industries: Mold, precise component part, etc

Features: - High-speed tool change system, quick tool change time - DD direct drive high-speed rotary table, accurate and reliable positioning ensures machining performance - High moving speed, reduces non-cutting time - High-speed and high-efficiency machining ability, it is the extremely good choice of mass production - Advanced famous brand CNC system, powerful and reliable - Favorable human-machine interaction interface, simple operation Machining materials: Carbon steel, steel alloy, copper, aluminum alloy and composite material (plastic) Application industries: The component machining of the medium-and-small-size box, lid, plate, shell, disk, etc for the industries of 3C product, automotive, instruments and apparatus, light industry and textile, electric component, aviation and aerospace, machine manufacturing,etc

Equipment overview: JTDR-550 high-precision five-axis machining center is independently developed and manufactured by Kejie Company. It is used for small and medium-sized parts processing machine tools with five-axis turntable, which can complete one-time clamping multi-surface processing, high-speed and high-torque DD direct drive turntable, and rapid positioning processing. It can be widely used in small and medium-sized parts and various precision mold processing in the fields of automobile accessories, aerospace, 3C products, communications and so on. Equipment features: High rigidity main body structure, with higher precision and stability Equipped with high torque DD direct-drive turntable, high precision, fast positioning, short processing auxiliary time, high rigidity interface spindle, to achieve higher cutting performance and processing surface quality Fully enclosed compact external protection design, closer operating distance, greatly improve the convenience of operation, tool arm-type tool magazine, can load a large number of tools, tool change speed. Inclined surface design of processing cavity, more direct discharge of cutting waste chips, reduce accumulation, and reduce the frequency of cleaning and maintenance in the machine Excellent human-computer interaction interface, easy to operate Independent research and development of CNC system, powerful and reliable


QRX is a high precision, high performance double spindle/double turret horizontal lathe, mainly for shaft products. In the mass production of small diameter bar products, the time advantage of machine tools is very significant. Two workpieces can be processed at the same time, and balanced cutting can also be realized through the upper and lower turrets. Compared with CNC lathes with double spindles/single turret, the production efficiency has been significantly improved. In order to further realize high productivity, the finished product on the second spindle can be taken out from the machine tool when the first spindle is processed, so that continuous automatic operation can be realized without affecting the processing cycle of the machine tool.

INTEGREX i-630 V is a high-performance combined machining center from Mazak focused on OD turning and horizontal milling, designed to achieve high-speed, high-precision, high value-added machining. The equipment can complete multi-faceted turning and milling through one clamping, which greatly shortens the processing time and improves the processing efficiency by using advanced tools and high-speed processing technology. The equipment has the formidable turn-milling compound function, may the intensive processing working procedure, the optimized production rhythm. Its standard milling spindle has a maximum speed of 10,000rpm and is driven by a 37/30 kW (40% ED/continuous) motor, providing high-speed, high-power output and short-time rated torque of 353 N · m (40% ED), which is suitable for rough machining and high-precision finishing of various materials.

VCN-460 L model is Mazak's best-selling standard vertical machining center series in the world. After more than ten years of continuous upgrading, it has won wide trust in the market with high precision, high rigidity and high efficiency. It has excellent mechanical performance, powerful automation and adaptability, and leading intelligence and ease of use.




* 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.

*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.

*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.


"YBMVi40", the flagship model of YASDA vertical 5-axis machining center, has been upgraded as the third-generation model of Ver. III for its high hardness and high precision 5-axis machining. By using DD motor in the driving mode of B. C axis, the processing ability of five-axis linkage control is improved. In addition, the rigidity and mechanical stability are further improved by the improvement of the mechanical structure.

The CNC JIGBORER“V”series has evolved as requirements have changed over time. Equipped with YASDA's proprietary technology including high rigidity construction. the preload self-adjusting spindle and the thermal distortion stabilizingsystem, the V series realized YBMSSOV ultimate high precision machining Newly installed advancedsoftware and a high performancemeasurement system takes highprecision machining to a whole new level.

Powerful, more features! Your machine tool can only bring you profits if it keeps producing. They should work during the day, off-peak hours and evenings, and even on weekends. Achieving this goal means planning all production needs as a whole. This plan is called "Flexible Manufacturing Concept-FMC". Every step carefully laid out to make it all come true. EROWA Robot Compact80 keeps your machine working 24 hours a day, 7 days a week!


JF-LM2 518 is a gantry type machining center produced by Jiafu CNC. X, Y and Z axes adopt high-precision linear roller guide rails. It can be equipped with Φ150 BBT 40 12000 rpm direct-connected spindle and 24T/32T disc tool magazine, which can meet the requirements of various multi-process products. The machine tool is suitable for processing products in the fields of various mould blanks with complex shapes and high precision requirements, automatic spare parts, hardware, auto parts, aerospace and the like.

JF-G600 is a gantry high-speed machining center produced by Jiafu CNC. X, Y and Z axes adopt high-precision linear roller guide rail, Japanese NSK hollow oil-cooled screw rod, optional Φ150 HSKE50-24000rpm/HSKA63-20000 rpm electric spindle, optional 20 T rotary tool magazine. And can meet that requirement of various multi-process products. The machine tool is suitable for processing products in the fields of compact moulds, automatic spare parts, hardware, auto parts, aerospace and the like with complex shapes and high precision requirements.


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.


The NK530M five-axis CNC system from Weihong features multiple advanced functions to ensure high-speed machining and precise five-axis联动processing. It guarantees precise and smooth control of tool paths and axis movements, resulting in high surface quality, accuracy, and fast processing speed. The system also simplifies operation and programming, thereby comprehensively improving machining precision, efficiency, and stability. Key features include: Automatic Measurement and Calibration: Simplifies the calibration process for five-axis machines, making it more convenient and user-friendly. RTCP (Tool Tip Control): Provides true five-axis联动processing with nanometer-level control precision. HPPS (High-Precision Path Smoothing): Ensures smooth tool path trajectories and optimized surface quality. Tilted Surface Machining: Simplifies programming steps and enables efficient and precise machining on inclined surfaces. 3D Tool Compensation: Direct compensation for side milling paths, reducing the hassle of size adjustments.

This product is designed for the steel structure industry and is capable of cutting I-beams, channels, and angles with thicknesses exceeding 100mm. When combined with a flatbed tube cutting system, it can also perform cutting on thick plates and standard tubular materials. The traditional cutting method in the steel structure industry is plasma cutting. In contrast, this system leverages the characteristics of laser cutting, which offers high processing efficiency, high precision, excellent cut surface quality, and the ability to perform bevel cutting, thereby eliminating the need for secondary beveling processes. The processing efficiency is more than three times higher than that of plasma cutting. The system employs a range of advanced technologies, including flexible acceleration and deceleration algorithms, five-axis RTCP (Tool Tip Control Point) algorithms, high-precision contour smoothing, high-precision posture smoothing, precise follower control, cross-surface empty travel obstacle avoidance, and error compensation for the cutting head and workpiece. These comprehensive technologies are leading in China and have reached international advanced levels. The project is characterized by its novelty and applicability.