HONPINE empowers the global robotics and industrial automation industries with Harmonic Reducers, RV Reducers, Planetary Gearboxes, Harmonic Actuators, AGV Wheel Motors, and integrated motion control solutions. Our precision transmission and intelligent actuation technologies help manufacturers improve machine performance, accelerate product development, and build more efficient, reliable, and competitive automation equipment.
Integrated Precision Actuator Solutions
HONPINE develops integrated Harmonic Actuators, Planetary Actuators, Robot Joint Modules, Rotary Actuators, In-Wheel Hub Motors, and custom robotic motion solutions for the robotics and industrial automation industries. Our highly integrated actuator systems reduce engineering complexity, accelerate product development, improve machine performance, and help OEMs and system integrators build more competitive automation equipment for next-generation intelligent manufacturing.
Integrated Torque Precision Motor
HONPINE provides customers with highly integrated solutions, offering higher torque, greater precision, and a more compact design. This significantly reduces the development costs of humanoid robots, wheeled robots, special-purpose robots, automation equipment, and precision instruments.
Precision Transmission Solutions
HONPINE specializes in Harmonic Reducers, Planetary Gearboxes, RV Reducers, and precision transmission systems for robotics and industrial automation. We provide comprehensive motion control solutions, including product selection support, application engineering, custom flange and shaft machining, and industry-specific transmission solutions. Our engineering team helps customers select the most suitable precision gearbox for their robotic systems, automation equipment, medical devices, semiconductor machinery, and other high-precision applications.
Precision Mechanical Gearbox
We provide mechanical solutions for precision machinery and industrial automation, including harmonic drive gearboxes, planetary gear box, and RV reducer gearboxes.
Smart Robot Joint Actuators
HONPINE is dedicated to making robotic systems more precise, safer, and more intelligent. Our next-generation Harmonic Actuators feature lightweight integrated designs and can be equipped with Safe Torque Off (STO) and torque sensors to enhance functional safety, motion accuracy, and intelligent force control. These advanced robot joint actuators are ideal for industrial robots, collaborative robots, humanoid robots, medical robots, and intelligent automation equipment, enabling higher performance in demanding motion control applications.
Smart Torque Actuators and Robot Hands
To meet the challenges of the AI and Industry 5.0 era, HONPINE has launched more intelligent products such as smart torque actuators, robot wheels, and robot dexterous hands.
Double Clicks
Discover more of HONPINE's innovative products. Our integrated Harmonic Actuators, Planetary Actuators, Robot Joint Modules, and AGV Wheel Motors have gained widespread recognition for their compact, all-in-one design. Compared with traditional Harmonic Reducer + Servo Motor configurations, integrated actuator solutions simplify system integration, reduce engineering complexity, shorten development cycles, and improve overall machine performance. As intelligent automation continues to evolve, more equipment manufacturers are adopting integrated motion solutions to achieve greater efficiency, reliability, and smarter machine design.
Hot Trends
HONPINE's precision transmission and motion control solutions are widely applied in humanoid robots, industrial robots, medical devices, CNC machine tools, AGVs, AMRs, logistics automation, optical inspection equipment, semiconductor machinery, and intelligent manufacturing systems. As AI and robotics continue to advance rapidly, our technologies are enabling innovative applications across emerging industries. Here, we share the latest industry trends, application cases, and technical insights to help customers explore the future of precision motion control and robotic automation.







