

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.









The equipment adopts an advanced horizontal structure. When processing, the workpiece and laser beam rotate separately, taking into account the processing of small and medium-sized five-axis products. In addition to dealing with small diameter tools, it can also adapt to the processing needs of medium diameter (≤ 300 mm) and medium length (≤ 450 mm) tools. By adopting the industrial fiber laser, the integration of rough and fine machining of the cutter can be realized, that is to say, the blade machining process from the welding and rough cutting of the PCD compact to the fine machining of the cutting edge can be independently completed by clamping once. It is suitable for machining and grinding of cutting tools made of superhard materials such as PCD and PCBN, with high precision, good cutting edge quality and high reliability, and can be integrated with automatic loading and unloading.

The company has complete production and design capabilities and rich experience in undertaking projects, especially in the efficient production of cutting tools for new energy automotive parts (motor shell, battery cover, electric cabinet, etc.) And 3C product parts (mobile phone frame, PC shell, etc.), which have been widely used in related industries. The company's cutting tool products can reach runout and dimensional accuracy within 3 um, which can be used to replace imports and help parts manufacturers achieve high-quality and efficient production while controlling production costs.
