1.High-precision integrated embedded servo and torque motor drive technology is based on the numerical calculation of electromagnetic fields and multi-dimensional coupling fields, using modern motor optimization design technology and high-performance digital motor control technology to achieve high-precision, low torque fluctuation, integrated embedded motor and motion control systems bring system-level performance improvements.

2.High-speed electric spindle and high-speed motor servo motion control technology uses modern motor optimization design technology, high-frequency harmonic magnetic field eddy current loss suppression technology, and high-performance digital motor control technology to realize high-performance high-speed motor and motion control systems.

3.High-efficiency, high-power factor energy-saving permanent magnet motors and high-power drive technology combine with manufacturing equipment replacement and energy-saving requirements. Through the application of high-performance, high-efficiency and high-power factor energy-saving permanent magnet motors and high-power drive technology, the power consumption can be reduced without increasing the electrical load. On the basis of this, we can realize the expansion of manufacturing equipment and increase production.

4.Precision plane motion motor drive control and active magnetic levitation technology are used for applications such as ultra-precision positioning platforms and multi-degree-of-freedom plane motion in high-end manufacturing equipment. Precision plane motion or precise positioning can be achieved through direct control of plane direct-drive moving parts without the need for The use of rotary motor or linear motor solutions and the included transmission devices such as screws and lead screws can achieve smaller error transmission in transmission links. The system has a simple structure, good structural strength, quick response, and high positioning accuracy. Combined with active magnetic levitation technology, it can further adapt to vacuum environments and precision requirements.

5.Precision linear motion motor and multi-degree-of-freedom motor motion control technology does not require the use of rotating motor solutions and transmission devices including screws and lead screws. It uses the voice coil motor principle or the permanent magnet synchronization principle to achieve precision linear motion. Control, or multi-degree-of-freedom motion and control that combines rotation and linear motion, simplifying the system structure and achieving high-precision linear motion indicators.