Removes traditional housings and frames, reducing volume by approximately 30%-50% and significantly lowering weight. Ideal for space-constrained, integrated systems.

● High Power Density and Torque Output
Utilizes multi-pole and multi-slot designs with optimized permanent magnet arrangements, enhancing torque density by 20%-40% to deliver greater torque per unit volume.
Reduces iron and copper losses, improving efficiency by 10%-15% compared to conventional motors.

● Efficient Heat Dissipation and Low Thermal Loss
Employs vacuum potting technology combined with high thermal conductivity materials, boosting heat dissipation efficiency. Temperature rise is reduced by 15%-25%, extending operational lifespan.

● High Dynamic Response and Precision
Directly drives loads, eliminating backlash from gears/belts. Response speed increases by over 30%, achieving micrometer-level positioning accuracy.

● Quiet Operation and Low Maintenance
Eliminates mechanical transmission noise, operating at sound pressure levels below 50dB. Simplified structure reduces wear-prone components, lowering maintenance frequency by 60%-80%.

● Customizable Integration Flexibility
Supports parameter customization (rotor/stator dimensions, magnetic waveforms) for seamless integration into robotic joints, medical devices, or other systems, adapting to diverse design requirements.