High quality, high configuration, and high efficiency
1. Rigid base: The core components are made of HT300 cast iron material, creating a sturdy and stable equipment base to ensure high rigidity and machining accuracy during operation.
2. Strong cutting performance: Equipped with a high-speed spindle and a high torque power system, it can achieve surface smoothness of the workpiece, while also having heavy cutting ability to meet diverse machining needs.
3. Efficient and fast feed: Equipped with a large lead precision screw, it greatly improves the fast movement speed of shafts, achieving dual guarantees of feed efficiency and positioning accuracy in the field of single spindle machining.
4. Industrial aesthetic design: Designed by the automotive design team, the streamlined industrial aesthetics are perfectly integrated into the precision manufacturing site, balancing visual aesthetics and practical operation.
5. Long term lubrication protection: Equipped with a high-performance lubrication system, it effectively reduces the risk of component wear and corrosion, and extends the service life of precision core parts such as guide rails and screws.
6. Intelligent tool changing system: Equipped with a high-speed tool changing robotic arm and a large capacity tool magazine design, it significantly reduces tool changing time and improves the continuity and automation level of the machining process.
7. Space advantage: The height from the spindle nose to the worktable is 360 millimeters, providing ample operating and processing space for clamping workpieces of different sizes, and adapting to a wider range of production needs.
8. Convenient adjustment: The diameter of the equipment foot pad is designed to be Φ 150 millimeters, with an adjustment range of 0-20 millimeters, which can flexibly adapt to uneven ground and ensure the stability of the machine's operation.
9. Precision control: The entire machine is equipped with one spindle and independent X, Y, and Z axis drive systems, each axis supporting separate compensation functions, effectively reducing cumulative errors and improving machining accuracy.
10. Tool configuration: The total capacity of the tool magazine is 10, including 2 standard tool positions of Φ 142 and 8 exclusive tool positions for each spindle, which can quickly switch tools to meet the continuous machining needs of complex processes.
