2026.09.29Motion Control Systems

Reduced Rare Earth Magnet Motor Technology

High-performance industrial control motors and automotive permanent magnet motors are highly dependent on foreign rare earth magnets, especially heavy rare earth (such as dysprosium and terbium), which are essential for motor temperature resistance and high magnetic energy. Consequently, motor design that reduces the use of rare earth magnets has become a key technology.

2026.09.29Motion Control Systems

EtherCAT Motion Control Platform

The evolution of robots, machine tools, and semiconductor equipment is marked by the integration of sophisticated mechatronics systems, necessitating increased axis capabilities, heightened precision, and seamless multi-axis synchronization. Crafting these advanced mechatronics systems relies heavily on the expertise of skilled professionals adept at navigating complex wiring intricacies and crafting bespoke designs tailored to precise applications. Domestic operators are actively addressing these challenges.