The machine tool adopts a new design approach optimized through Finite Element Analysis (FEM), enhancing the overall strength and rigidity of the machine. It achieves superior machining dynamics and represents a model of modern international modular design and ergonomics in machining equipment. The optimization of the workspace design reaches its pinnacle, facilitating a highly unified man-machine harmony.

General Layout: The direct connection design of the spindle and motor eliminates issues such as transmission noise, backlash, and vibrations from belts or gears. The motor output directly drives the spindle at speeds up to 20000/24000/30000rpm, providing high-quality thread tapping results and surface finishes. The main motor, paired with a low inertia motor, achieves a rapid acceleration from 0 to 20000 rpm in just 1 second, avoiding thread stripping during high-speed tapping direction changes.

The three-axis movement is supported by linear guides, enabling rapid movements of up to 30/48/48 meters per minute with the ability to bear heavy loads, ensuring precise positioning.

Components such as the machine base, worktable, column, beam, saddle, and spindle box are made from resin sand molded HT300 strength ductile iron, undergo secondary annealing to eliminate casting and machining stresses, guaranteeing high rigidity, stability, and quality.

Castings are analyzed using Finite Element Analysis to ensure appropriate structural strength and reinforcement ribs, providing high mechanical rigidity.

The machine features a BT30-21T arm-type servo tool changer with a tool change time of 1.6 seconds.