The driven turret integrates milling capabilities, enabling multiple machining processes to be performed on a single machine. This significantly reduces machining time and improves machining accuracy and stability.

Featuring a twin-spindle twin-turret structure, the machine enables simultaneous machining operations, significantly reducing cycle time and boosting productivity. It is ideal for high-speed manufacturing of complex geometrical workpieces.

The vertical spindle configuration provides excellent stability for heavy-duty cutting. The concentrated machining area facilitates efficient chip evacuation, making it ideal for large-diameter and asymmetrical workpieces.

The spindle is configured vertically downward, allowing integration with automated loading and unloading systems. It makes chip evacuation easier. Ideal for continuous machining of high material removal volume workpieces.

By integrating the turning capability of the lathe spindle with the milling function of the tool spindle, the machine enables simultaneous turning, milling, drilling, and inclined surface machining. It achieves high-efficiency multi-tasking performance for complex workpiece machining.

Equipped with a high-precision spindle and hydrostatic guideways, it offers excellent micro-feed control movements to meet strict requirements for dimension accuracy and surface finish.

Equipped with a high-speed spindle and responsive feed control, this machine specializes in micro-hole and high-density multi-hole drilling. It offers excellent stability and high positioning accuracy.

Integrating peripheral devices such as loading/unloading, handling, measurement, and cleaning, the system features a modular design that allows flexible configuration to enhance production automation.

The user interface is clean and intuitive, equipped with various machining optimization features, along with error alerts and utilization monitoring to enhance operational efficiency and system stability.