High-Rigidity Orthogonal Structure

Utilizes wide-span roller-type linear guideways on all motion axes to effectively absorb cutting vibrations and maintain machining quality. The entire machine structure is optimized through FEM analysis and features a double-wall column design with an orthogonal X/Y/Z-axis layout, significantly enhancing overall rigidity and geometric accuracy. This robust structural foundation ensures excellent dynamic stability, enabling the machine to maintain outstanding performance during high-speed operation.

High-Precision B-Axis Roller Cam 

The B-axis adopts a roller cam mechanism, delivering high rigidity, zero backlash, and fast response. While maintaining exceptional turning rigidity, it also provides outstanding milling performance. It supports an ultra-wide travel range from -30° to +210° and offers 0.001° high-precision positioning, enabling highly accurate multi-surface and multi-angle machining in a single setup. This ensures consistent precision and long-term operational stability.

High-Precision Built-In Spindle

The built-in spindle delivers high responsiveness and incorporates a cooling system for synchronized thermal control, effectively minimizing thermal deformation and maintaining stable machining accuracy during extended operations. Paired with a CS-axis precision optical scale feedback system, it achieves ultra‑high positioning accuracy of 0.001°, enabling precise and versatile multi-angle machining for complex applications.

Machining with Main and Sub Spindles

Equipped with a sub-spindle, the machine supports automatic part transfer and reverse-side machining, enabling complete machining of both ends of the workpiece in a single setup.

This technology significantly reduces manual handling and cumulative errors caused by secondary clamping, while greatly improving machining efficiency—making it an ideal solution for high-precision, highly reliable automated production lines.