Industrial Grade Swiss Machining Center with Fanuc/Syntec Control System for Batch Production

Our Swiss-style CNC lathe represents the pinnacle of precision machining technology, designed for high-efficiency production of complex components. This advanced machine combines multiple operations including turning, milling, drilling and tapping in a single setup, significantly reducing production time while maintaining exceptional accuracy.

The machine features innovative dual spindles with independent 8000RPM capability and a pioneering double Y-axis configuration that enables simultaneous processing operations. This design is particularly effective for batch production of non-standard components requiring high precision, such as medical implants, aerospace fasteners, and electronic connectors.

With a maximum turning diameter of φ32mm and 280mm spindle stroke, the machine handles a wide range of workpiece sizes. The rapid traverse speed of 32m/min ensures efficient material removal while maintaining tight tolerances. The tool configuration includes 6 OD tools, 5 ID tools, and 4 cross-driven tools for comprehensive machining capability.

The machine is available with either Fanuc 0i TF-PLUS or SYNTEC 220TB control systems, both offering 7-axis/4-axis control capability. The 10.4" LCD display provides clear visualization of machining operations, while standard features include rigid tapping, helical interpolation, and synchronous/hybrid control.

Optional equipment includes bar feeders, chip conveyors, oil coolers, and high-pressure pumps for specialized applications. The machine's compact footprint (2581×1563×1791mm) and 3800kg weight make it suitable for various production environments while maintaining stability during high-speed operations.

Applications span multiple industries including aerospace (aluminum alloy and steel components), medical (surgical instruments and implants), electronics (connectors and pins), and automotive (suspension parts and engine components). The technology enables production of smaller, more intricate parts with reduced costs and faster cycle times compared to conventional machining methods.