The future of intelligent manufacturing - High Precision Gantry Machining Center
2026,05,20
As the manufacturing industry continuously raises the requirements for processing large and complex parts, gantry machining centers with high rigidity, excellent vibration resistance and the ability to maintain long-term accuracy are becoming the preferred equipment for strategic industries such as military, automotive and aviation.
I. High rigidity structure design, ensuring stable cutting
This model adopts a fixed beam-type gantry frame. The overall structure is robust, featuring excellent anti-vibration capability and precision retention. It is particularly suitable for processing high-strength materials and large, complex parts.
II. Upgrade of the square slide枕 and guide rail system, enhancing cutting rigidity
The square slide枕 adopts fully enclosed four-sided constrained hardened guide rails， combined with a dual hydraulic balancing device. Even in a large extension state， it maintains strong cutting rigidity.
The linear guide rails use roller-type guide rails with a cross DB layout. In all four directions， they have extremely high rigidity， meeting the requirements of heavy load and intermittent cutting.
III. Precise Transmission and Spindle Assembly, Achieving High Precision and High Efficiency
Utilizing high DN value precision grinding grade ball screws, combined with a double nut pre-pressing structure, it achieves zero backlash, high rigidity, and high precision transmission.
The high-performance spindle assembly simultaneously supports large torque, high rotational speed, and low vibration processing, balancing efficient removal during rough machining and surface quality during fine machining.
