High Torque Density and Power Performance Planetary Servo Robot Actuator JRM-C12583
The Standard Planetary Joint Module is a core component of robotic power systems. Through a highly integrated design combining a planetary reducer, a frameless torque motor, a brake, an encoder, and a driver, it achieves significant reductions in volume and weight, enabling precise joint motion control. This results in greater torque, smaller size, and lighter weight. Compared to harmonic joint modules, the planetary joint module offers a lower reduction ratio, higher output speed, and greater torque density, making it more suitable for medium-to-low-load applications. We also provide customization services tailored to clients’ specific requirements.
With core advantages such as high-speed performance, impact resistance, and a compact, lightweight design, the Standard Planetary Joint Module has become the preferred solution for high-load drives in humanoid robots, specialized robots, logistics AGVs, and industrial automation. This choice drives advancements in robotic performance and broadens application scenarios.
Features
- High Torque Density and Power Performance
- Multi-stage planetary reduction structure: Through a multi-stage gear combination, torque density can exceed 20N·m/kg, making it suitable for the high-load driving requirements of robotic hip joints, legs, and other parts.
- Peak torque output: Delivers greater peak torque output, meeting instantaneous power demands in dynamic motion scenarios.
- Impact Resistance and High Reliability: Advantages of planetary gear transmission: Gear meshing disperses impact force and can withstand harsh working conditions, such as emergency stops and high-frequency load changes. It is suitable for high-dynamic scenarios, such as bipedal robot walking and jumping.
- Mass production controllability: The Planetary reducer solution features mature technology with high mass production consistency and reliability, making it suitable for large-scale applications.
- Compact Structure and Lightweight Design: High integration: The nested design of the planetary reducer, frameless motor, encoder, and other components reduces volume by 30% compared to traditional solutions.
- Lightweight materials: Uses high-strength alloys and compact layout to meet humanoid robots’ stringent requirements for lightweight and high energy efficiency.
- High Precision and Low Energy Consumption: Low cogging torque and dual encoder closed-loop: Reduces torque ripple, combined with dual absolute encoders (motor end + output end), achieves ±0.05° repeat positioning accuracy.
- Transmission efficiency optimization: The planetary reducer’s transmission efficiency exceeds 80%.
- Multi-axis Coordinated Control: It supports the CAN bus protocol to meet the multi-degree-of-freedom coordinated motion requirements of robots.
- Economy and Maintenance Convenience: Maintenance-free design: Stable planetary reducer structure requires no regular lubrication, reducing long-term usage costs.
- Modular interfaces: Standardized designs facilitate quick replacements and upgrades, shortening robot development cycles.







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