A WANSHSIN gearbox is a mechanical power transmission device that reduces motor speed and increases output torque. It transfers power from an electric motor to the driven machine with high efficiency, accuracy, and reliability. These gearboxes are designed for continuous industrial operation and are commonly used in automation and motion-control applications.
Main Types of WANSHSIN Gearboxes
1. Planetary Gearbox
High precision and low backlash
Compact design
High torque capacity
Suitable for servo motors and CNC machinery
Widely used in robotics, automation, and packaging machines
2. RV Reducer
Extremely high torque output
Excellent positioning accuracy
Long service life
Commonly used in robotic joints and industrial robots
3. Harmonic (Strain Wave) Gearbox
Ultra-high precision
Near-zero backlash
Lightweight construction
Ideal for robotic arms and semiconductor equipment
4. Helical Gear Motor
Smooth and quiet operation
High efficiency
Suitable for conveyors, mixers, and industrial machinery
5. Worm Gear Reducer
High reduction ratios
Compact size
Suitable for lifting and conveying applications
WANSHSIN manufactures these gearbox families for industrial automation and robotic applications.
Features of WANSHSIN Planetary Gearbox
The WANSHSIN planetary gearbox is one of the company's most popular products. Key features include:
Integrated output shaft and planetary carrier design
High torsional rigidity
Hardened and carburized gears (up to HRC 62)
Low noise operation
High transmission efficiency
Compact dimensions
Long operating life
High input speed capability
Low backlash options for precision positioning applications
These features make the gearbox suitable for servo-driven systems requiring accurate motion control.
Technical Advantages
High torque density
High efficiency (typically above 95% for planetary designs)
Low vibration
Stable operation at high speeds
Precision gear machining
Excellent load distribution
Compact footprint
Maintenance-friendly design
WANSHSIN gearboxes are engineered for demanding industrial environments and precision automation systems.
