In the field of CNC machining, electro-permanent magnetic chucks serve as critical auxiliary equipment, whose stability directly determines machining accuracy and production efficiency. Confronted with diverse and changeable environmental conditions, Shandong Luci Technology Co., Ltd. has cooperated with a CNC machinery company to improve the environmental stability of electro-permanent magnetic chucks and achieved major technological breakthroughs.

Within this cooperation, leveraging its expertise in magnetic materials and electromagnetic technology, Shandong Luci has developed an electro-permanent magnetic chuck with adaptive environmental capability. Adopting high-performance magnetic materials and an intelligent magnetic circuit control system, the chuck can adjust magnetic output in real time according to external environmental changes such as temperature, humidity and machine tool vibration, maintaining firm clamping of workpieces.

The CNC machinery company contributed its precision machining and automatic control technologies to this joint project. Engineering teams from both sides conducted in-depth research, development and testing on the electro-permanent magnetic chuck to guarantee high compatibility and reliability when used with CNC equipment. Meanwhile, a series of rigorous tests including high and low temperature tests and accelerated aging tests verified that the chuck can maintain excellent performance under various environments.

Besides, the collaboration between Shandong Luci and the CNC machinery company also involves the development of a comprehensive early warning system for faults. The system alerts operators before the performance of the electro-permanent magnetic chuck deteriorates, reserving sufficient time for maintenance, thus extending the service life of the chuck and reducing overall operating costs.

Thanks to the close cooperation between Shandong Luci and the CNC machinery company, the remarkable improvement in environmental adaptability of electro-permanent magnetic chucks not only strengthens the reliability and stability of industrial production, but also provides solid support for customers’ precision machining in complex environments, further boosting the development of intelligent manufacturing.