The HONPINE MYAR Series Precision Planetary Gearbox is designed to deliver an excellent balance of precision, performance, and cost efficiency for industrial motion control applications. Available in seven frame sizes from 42 mm to 220 mm, it offers single-stage reduction ratios from 3:1 to 20:1 and two-stage ratios up to 200:1, making it ideal for servo motors, industrial automation, CNC machines, packaging equipment, conveyor systems, printing machinery, and OEM applications. With rated output torque from 14 Nm to 2,000 Nm, the MYAR Series provides reliable performance for both light-duty and heavy-duty applications. Standard backlash is controlled within ≤2 arcmin for single-stage models and ≤4 arcmin for two-stage models, ensuring accurate positioning, smooth operation, high transmission efficiency, and long service life.

A Harmonic Drive Reducer is a precision transmission component that provides high reduction ratios, near-zero backlash, and exceptional torsional stiffness. It is one of the core mechanical elements used in industrial robots, semiconductor equipment, medical devices, and precision automation systems. A Harmonic Rotary Actuator is a complete rotary motion solution that integrates a frameless torque motor, harmonic drive reducer, encoder, brake, bearings, and servo electronics into a compact module. Rather than being a single transmission component, it is a fully integrated actuator designed for precise motion control and simplified machine integration. In short, a harmonic drive reducer provides precision transmission, while a harmonic rotary actuator delivers complete rotary motion.

Discover how explosion-proof planetary joint modules improve stability, payload capacity, reliability and safety for quadruped robots used in industrial inspection, mining, oil & gas and hazardous environments.

As industrial robots, humanoid robots, CNC machine tools, and precision automation continue to evolve, the RV reducer has become one of the most critical components in modern motion control systems. It directly affects a robot's positioning accuracy, load capacity, rigidity, service life, and overall reliability.