It is equipped with a Siemens 5-axis simultaneous control system, which has undergone extensive secondary development to incorporate advanced functions such as thermal displacement compensation, collision avoidance, torque synchronization, and dynamic compensation.

The A, A1, and B axes are driven by high-torque direct-drive motors and utilize high-precision rotary encoders for position loop feedback, thereby ensuring both high precision and superior dynamic responsiveness.

The swivel head incorporates an air-counterbalancing mechanism to effectively mitigate the issue of excessive motor load caused by shifts in the head’s center of gravity at various angular positions.

The Z-axis employs a dual-drive configuration to enhance the motor’s lifting capacity and improve the axis’s dynamic responsiveness; high-precision linear encoders are utilized to provide full closed-loop feedback, thereby optimizing the Z-axis’s positioning accuracy and long-term precision retention.

The U-axis facilitates workpiece length adjustment; furthermore, specialized U-axis force control and A1-axis adaptive adjustment functions have been developed to address and resolve issues regarding precision degradation caused by stress-induced deformation of the workpiece during the machining process.

Specialized post-processing software has been developed for the CAM system to facilitate more efficient machining operations and achieve superior surface finishes.

The A, A1, and B axes are equipped with high-torque direct-drive motors to achieve superior dynamic response capabilities.

The Z-axis employs a dual-drive configuration featuring a center-of-gravity-driven structural design; this ensures smooth Z-axis operation during head articulation while simultaneously enhancing the axis’s dynamic response.

The spindle face is positioned at the rotational center of the B-axis, thereby enabling higher machining precision—even under equivalent B-axis accuracy conditions.