HONPINE Harmonic Drive Compact Design Servo Motor for Robot Arm
This harmonic drive motor features an integrated design, high torque, and a compact size. In the past two years, as demand for humanoid robots has skyrocketed, HONPINE’s best-seller has been the HONPINE.
Core Components
- Power Unit (Frameless Torque Motor): Offers high torque density and a compact structure, making it suitable for high-dynamic load scenarios.
- Harmonic Drive: achieves speed reduction and torque multiplication, featuring zero backlash and high precision (backlash controlled within 20 arcsec).
- Dual Encoders (Motor-side + Output-side): Support complete closed-loop control with repeat positioning accuracy of ±10 arcsec.
- Temperature Sensor: Monitors load and environmental conditions in real-time to enhance safety and adaptability.
- Embedded Drive Unit: Supports protocols like EtherCAT and CANopen, enabling dynamic PID adjustment.
Features
- Superior precision & zero backlash
- High Precision and Zero Backlash
Zero-backlash design eliminates transmission clearance of traditional reducers, achieving repeat positioning accuracy of ±10 arcsec and absolute positioning accuracy of ±30 arcsec, suitable for precision motion control scenarios (e.g., surgical robots, collaborative robotic arms).
3D Conjugate Dual-Arc Tooth Profile Technology
Optimizes tooth profile structure, reduces vibration and noise, improves transmission stiffness and service life, enabling smoother and more precise robot movements.
- Highly Integrated, Compact, and Lightweight Design
- Compact size and light weight
The high integration of the harmonic drive and frameless torque motor yields a compact structure, making it suitable for space-constrained scenarios (e.g., robot wrists, head joints).
- Lightweight material application: Uses high-strength aluminum alloy, carbon fiber, and other materials to reduce weight and improve robot energy efficiency and flexibility.
- High Transmission Efficiency:Â Transmission efficiency exceeds 80%, reducing energy loss and supporting efficient power transmission under dynamic load changes.
- High Safety and Reliability:Â Torque sensor integration (customizable). Supports collision detection and drag-and-drop teaching functions, enhancing the safety of human-robot collaboration.
- Impact resistance and long service life:Â The harmonic drive can withstand high-load emergency stops, with a designed precision lifespan exceeding 10,000 hours, suitable for harsh industrial environments.
- Intelligent Integration and Control:Â Embedded controller with multi-protocol compatibility: Supports communication protocols like EtherCAT and CANopen, enabling dynamic PID adjustment.
- Modular design: Standardized interfaces facilitate quick integration and maintenance.








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