Finite element analysis is utilized throughout the design process to guarantee high-speed and high-precision continuous machining. Simulation experiments on deformation under load ensure excellent bending rigidity. The design features large spans in the X-axis guide rail, bringing the spindle and rear support rail closer together to maximize cutting rigidity.

The headstock utilizes a high-strength, high-rigidity cage and keel rib structure. The spindle is crafted from chromium-molybdenum alloy steel—tempered, carburized, and precision ground for maximum accuracy. Powered by a 22kw servo motor, it reaches speeds of up to 6000rpm with dynamic balance calibration.

X, Y, and Z axes utilize heavy-duty linear roller guides for longevity and precision. The transmission employs precision ball screws and P4-grade bearings. Direct-drive servo motors eliminate backlash and improve positioning accuracy, while metal enclosed telescopic covers protect components from debris and coolants.

Lubrication: Automatic closed-pole continuous lubrication ensuring sufficient oil at all points.
Cooling & Chip Removal: Split design water tank for easy cleaning and high-torque screw chip conveyors for efficient thermal management.