

Description: The SZ-256E is a mid-to-high-end 6-axis CNC Swiss-type lathe. The tool holder on the sub-spindle side can accommodate two rows of tools and features a Y2 axis, offering powerful functionality. The milling power head on the main spindle side and the power head on the sub-spindle side can be expanded for various tooling configurations. The machine also supports flexible switching between guided and non-guided modes, allowing for high-precision machining of long and short workpieces.

Description: The SZ-206F features a newly designed machine body optimized through Finite Element Analysis (FEA) for enhanced structural integrity and precision. It can accommodate up to 30 tools in a modular layout, making it ideal for the machining of complex parts. The sub-spindle side is equipped with 14 tools, including 4 turning tools, 7 end mills, and 3 side mills. The machine employs an electric guide sleeve structure for high-speed and high-precision machining. It also supports flexible switching between guided and non-guided modes to meet various machining process requirements. The built-in oil-cooled electric spindle offers low inertia, low noise, fast response, and easy positioning.

Description: The SZ-326F features flexible switching between guided and non-guided modes to meet the requirements of various machining processes. It is equipped with a built-in oil-cooled electric spindle that offers low inertia, low noise, fast response, and easy positioning. The machine also has a dedicated spindle support structure for non-guided mode, enabling high-precision machining of short workpieces.



This exhibit is a high-precision two-in-one leveling and feeding machine (without uncoiling function), which integrates precise multi-roller leveling and servo feeding, and is suitable for automatic production lines equipped with independent uncoiling equipment or using pre-uncoiling materials; The equipment can efficiently eliminate the internal stress and wave deformation of the metal strip, ensure the flatness of the discharge, and achieve the feeding accuracy of ± 0.05mm through the high-response servo system. It is compact in structure and convenient to change the shape. It is widely used in stamping, shearing, laser cutting and other scenes with strict requirements for material flatness and feeding accuracy.

Mahat's new generation of high-precision CNC flattening machine is designed for high-end sheet metal processing, integrating advanced multi-roller flattening technology and full digital control system to achieve a comprehensive upgrade from micron-level flatness control to intelligent process management. The equipment adopts high-rigidity integrated frame and precision adjustable leveling roller group to effectively eliminate the internal stress, warping and wave deformation of materials, and the leveling accuracy can reach ± 0.01 mm/m, which meets the stringent application requirements of automotive structural parts, new energy battery trays, precision electronic shells and so on. Equipped with industrial touch operation interface, it supports automatic storage of parameters, remote monitoring and fault self-diagnosis, with fast change and stable operation. Whether it is continuous production line integration or high value-added single piece production, Mahat high-precision CNC leveling machine is the core guarantee to improve material quality and manufacturing efficiency.

Mahat hydraulic high-precision leveler (six-fold) adopts six-fold roller system precision layout, combined with high-response hydraulic screwdown system and closed-loop control technology, to achieve efficient stress release and ultra-flatness leveling of high-strength metal sheets. Through the cooperation of upper and lower working rolls and backup rolls, the equipment significantly improves the rigidity and leveling stability, effectively eliminates the warping, curling and residual stress of thick plates, and the leveling accuracy can reach ± 0.01mm/m, which is suitable for difficult-to-straighten materials such as 1.5-8.0mm thick cold-rolled steel, stainless steel and high-strength steel. The whole machine is equipped with intelligent numerical control system, which supports pressure self-adaptive adjustment, roll gap digital display setting and one-key type change function, with convenient operation and reliable operation. It is especially suitable for engineering machinery, rail transit, energy storage structural parts and other high-end manufacturing fields with high requirements for plate flatness and subsequent processing accuracy, and provides high-efficiency and high-consistency solutions for heavy plate pretreatment.





K520i-5Xs five-axis machining center is developed to meet the needs of multi-surface machining of complex parts and realize five-axis linkage machining. It is mainly suitable for five-axis processing fields such as blades, turbines, complex small precision moulds, medical components, aerospace and aviation.

K-540A high-speed vertical machining center adopts natural marble gantry structure bed. After long-term natural aging, the structure is uniform and the linear expansion coefficient is small; It is mainly suitable for high precision mould, copper electrode processing and various occasions with high precision requirements.

The S800i-5X uses a one-piece mineral casting base, which has good shock resistance and prevents vibration interference from affecting the processing. A moving beam type cross beam is adopted, and the cross beam adopts a 45-degree structure, so that the center of gravity is moved backward, and the structure is more stable. Equipped with five swing axes, the swing axis and the rotation axis can rotate along the X, Y and Z axes during machining. Full closed-loop control, all axes are equipped with high-resolution grating ruler; Interpolation control is carried out by using Rhenium Sodium Gram U5E control system. It is suitable for five-axis processing fields such as complex precision moulds, automotive parts, medical parts, aerospace and so on.


SIEMENS SINUMERIK full range of CNC products.. Enabling mechanical processing enterprises to enhance competitiveness. From compact, as well as standard CNC systems, to modular high-end solutions, to achieve comprehensive technical coverage. The digital solution of the whole value chain for machine tool users can improve the efficiency of production preparation, execution and process verification, as well as the dynamic change of the processing process. Drive closed-loop innovation around the digital twins of product, production, and performance.

SINUMERIK ONE is the first generation of digital native CNC system launched by SIEMENS, which is the key product of SIEMENS to promote the digital transformation of machine tool industry. More than just a hardware innovation, its digital twin technology allows you to fully simulate and test your process in a virtual environment. The CNC system is integrated with SIMATIC S7-1500F PLC, with two specifications of cabinet type and panel type. SINUMERIKONE is fully integrated into TIAPortal, opening this efficient engineering platform to machine tool manufacturers.

The SINUMERIK 828 control system is best suited for standard machines with low modularity and high workpiece throughput. The compact yet powerful SINUMERIK 828D is a solution for cost-conscious markets that require high CNC performance and easy commissioning. Its robust hardware architecture and intelligent control algorithm, as well as excellent drive and motor technology, ensure extremely high dynamic response performance and processing accuracy. The intuitive SINUMERIK operate user interface enables efficient machine operation. The outstanding performance of SINUMERIK828 series control system, 10.4-15.6-inch display, up to 12 axes and 4 channels enable it to meet the various requirements of standard machine tools and ordinary special machine tools, in addition, it also has a large number of digital solutions.


"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!
