High-grade silicon steel sheets and advanced electromagnetic materials such as magnetic steel are used, and multiphysics coupling simulation software is used for detailed design. This enables the motor to stay at the industry-leading position in terms of energy consumption, ensures excellent starting performance, and significantly improves production efficiency and response speed.

All motors use vacuum pressure impregnation (VPI), which significantly improves the insulation performance of motors. This process effectively reduces the motor failure rate, improves system stability and reliability, and thus reduces the maintenance costs of end users.

High-quality alloy steel precision ground gears are used to ensure ultra-low noise in the transmission process, and the gears‘ high precision and durability greatly extend the service life. The energy efficiency ratio of the whole system is improved, saving operating costs for users.