Application: Robot Joint Motor

Characteristics:

1. High Power Density: Delivers high torque output in a compact size, meeting force requirements for tasks like gripping and pressing.

2. Precision Control: Supports high-accuracy closed-loop control of position, torque, and speed for smooth, precise movements.

3. Highly Integrated: Often designed with integrated gearing and encoders for a compact, lightweight structure.

4. Quiet and Low Vibration: Operates smoothly and quietly, enhancing human-machine interaction.

5. High Reliability: Long service life and tolerance for frequent operation, suitable for high-intensity task scenarios.

Application: Robot Joint Motor

Characteristics:

1. Built-in Gears: Features a highly integrated, all-in-one design with precision gear sets built-in, enabling efficient power transmission within limited space.

2. Compact Structure: Compact overall structure and small footprint significantly reduce installation space requirements.

3. Lightweight: Utilizes lightweight materials and optimized design to substantially reduce overall weight.

4. Low-Speed High-Torque: Delivers smooth operation and robust power, ideal for precise control applications requiring high torque at low rotational speeds.

Application: Frameless Torque Joint Motor

Characteristics:

1. High Torque Density: Multi-pole multi-slot design delivers greater output torque in a smaller footprint.

2. Smooth Operation: Optimized magnetic circuit design significantly reduces cogging torque, minimizing vibration and noise.

3. Efficient Heat Dissipation: Vacuum potting process and high-thermal-conductivity materials substantially enhance thermal performance with lower temperature rise.

4. Highly Integrated: Hall sensors are fully integrated with the stator, reducing external wiring and enabling a more compact structure.

5. Ultra-Thin Design: The flattened structure allows direct embedding into robot joints and other applications with stringent space constraints.