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Leveraging patented grain boundary diffusion technology to optimize magnetic properties, this solution adapts to motor designs without iron cores. It enables high power density and millisecond-level response, delivers smooth operation without cogging effects, and withstands high-frequency conditions. As the core power component for robotic dexterity, it empowers precise manipulation.

Leveraging patented grain boundary diffusion technology to optimize magnetic properties, this solution adapts to motor designs without iron cores. It enables high power density and millisecond-level response, delivers smooth operation without cogging effects, and withstands high-frequency conditions. As the core power component for robotic dexterity, it empowers precise manipulation.

Leveraging proprietary grain boundary permeation technology to enhance performance, the product is compatible with multi-stage rings and Haierbek structured magnetic rings. It meets the integration requirements of frameless motors, enabling joints to achieve high torque density and millisecond-level response. Withstanding high-frequency operation and high temperatures, it serves as the core power foundation for agile robotic motion.

Leveraging proprietary grain boundary permeation technology to enhance performance, the product is compatible with multi-stage rings and Haierbek structured magnetic rings. It meets the integration requirements of frameless motors, enabling joints to achieve high torque density and millisecond-level response. Withstanding high-frequency operation and high temperatures, it serves as the core power foundation for agile robotic motion.

Leveraging proprietary grain boundary permeation technology to enhance performance, the product is compatible with multi-stage rings and Haierbek structured magnetic rings. It meets the integration requirements of frameless motors, enabling joints to achieve high torque density and millisecond-level response. Withstanding high-frequency operation and high temperatures, it serves as the core power foundation for agile robotic motion.

Leveraging proprietary grain boundary permeation technology to enhance performance, the product is compatible with multi-stage rings and Haierbek structured magnetic rings. It meets the integration requirements of frameless motors, enabling joints to achieve high torque density and millisecond-level response. Withstanding high-frequency operation and high temperatures, it serves as the core power foundation for agile robotic motion.

Leveraging proprietary grain boundary permeation technology to enhance performance, the product is compatible with multi-stage rings and Haierbek structured magnetic rings. It meets the integration requirements of frameless motors, enabling joints to achieve high torque density and millisecond-level response. Withstanding high-frequency operation and high temperatures, it serves as the core power foundation for agile robotic motion.

Leveraging proprietary grain boundary permeation technology to enhance performance, the product is compatible with multi-stage rings and Haierbek structured magnetic rings. It meets the integration requirements of frameless motors, enabling joints to achieve high torque density and millisecond-level response. Withstanding high-frequency operation and high temperatures, it serves as the core power foundation for agile robotic motion.