The machine tool is designed using finite element method, and the overall layout and key structures of the machine tool are analyzed and calculated theoretically. The machine tool has The characteristics of high rigidity, small thermal deformation, low spindle temperature rise, low vibration, and high ability to withstand cutting torque, which can adapt to strong cutting; Make the design concept of machine tools reach the international advanced level.

The key purchased components of the machine tool, such as spindle bearings, chucks, motors, etc., are selected from well-known domestic manufacturers to ensure high reliability of the machine tool.

Advanced structural design combined with comprehensive process measures ensures high machining accuracy and long-term precision maintenance of the machine tool. The machine tool has good consistency in machining workpieces and can stably achieve IT6~IT7 level accuracy. The surface roughness of the machined specimen can reach Ra2.5um (when the machine tool is precision machined, the roundness error is not greater than 0.01mm, the cylindricity error is not greater than 0.01mm on a measuring length of 100mm, and the surface roughness (Ra) is not greater than 3.2mm); The precision of the precision machined threaded test piece shall not exceed 0.06mm in pitch error over a length of 300mm.

The machining of key parts such as the bed, headboard, saddle, and tail of the machine tool is carried out using advanced equipment. First class processing equipment ensures high machining accuracy of machine tool parts and is an important measure to ensure the technical performance of machine tools.

The machine tool adopts a mechatronics integrated design, with a compact and reasonable overall layout, convenient and pleasant operation, and easy maintenance.

The machine tool adopts modular design, and can provide multiple configurations according to user requirements