Machine Features:

1.The machine is designed using finite element analysis, which theoretically analyzes and calculates the overall layout and key structures of the machine. This results in high rigidity, minimal thermal deformation, low spindle temperature rise, low vibration, and the ability to withstand high cutting torque. These characteristics enable the machine to adapt to heavy-duty cutting and achieve an internationally advanced design concept.

2.Key purchased components of the machine, such as the CNC system and spindle bearings, are sourced from renowned domestic and international manufacturers, ensuring high reliability of the machine.

3.Advanced structural design combined with comprehensive process measures ensure the machine possesses high machining accuracy and long-term precision retention. The consistency of machined workpieces is excellent, achieving stable precision levels ranging from IT6 to IT7, with a surface roughness of up to Ra1.6μm.

4.Key parts of the machine, including the bed, headstock housing, saddle, and tailstock, undergo processing using advanced equipment. The utilization of top-notch processing equipment guarantees high precision of machine components, which is essential for ensuring various technical performances of the machine.

5.The machine adopts an integrated mechanical and electrical design, featuring a compact and rational layout that offers user-friendly and pleasant operation, as well as ease of maintenance.

6.The machine follows a modular design approach, allowing for various configurations to be provided based on user requirements (e.g., different tool turrets, tailstocks, systems, etc.).