C-face Right Angle Precision Planetary Speed Reducer

C-face right angle precision planetary reducer is a high-efficiency transmission equipment. It consists of planetary gear set, inner ring, sun gear and output shaft and other components. Its name comes from the “planetary motion” design of the gears. This makes it characterized by compact structure, high transmission efficiency and high load carrying capacity.

According to the gear structure, they can be categorized into straight gear and helical gear planetary reducer.

• Straight gear reducers are suitable for high-load, low-speed scenarios
• Helical gear reducers are known for their higher precision, lower noise and smoother operation.

Advantages of High Precision Planetary Reducers

High torque output

can withstand higher loads than ordinary reducers, suitable for heavy industry and complex working conditions.

High transmission accuracy

Gear processing accuracy can reach micron level, which meets the very high requirements of precision equipment for error.

Long service life and low maintenance

through optimized design, the service life is prolonged and the downtime of the equipment is reduced at the same time.

Multi-scenario adaptability

Both straight and helical gear models can flexibly meet the needs of different industrial scenarios.

Application areas for precision planetary gearboxes

Industrial Robotics

Precision planetary gearboxes are widely used in robot joints to ensure precise and smooth movements and micron-level positioning accuracy.

Automated production lines

In assembly, welding, handling and other equipment, planetary gearheads can provide high efficiency and high precision power transmission.

CNC Machine Tools

Provide stable cutting and machining capabilities to enhance the surface quality and dimensional accuracy of finished products.

New Energy Equipment

In solar tracking systems or wind turbines, planetary gearboxes help realize precise angle adjustment and energy conversion.

How to choose the right precision planetary gearhead?

• Precision requirements: Choose a straight or helical tooth structure depending on the precision needs of the equipment.
• Torque Requirements: Ensure that the rated torque of the gearhead can meet the load requirements of the equipment operation.
• Space constraints: Choose a compact design to fit the equipment layout.
• Operating environment: Choose a more durable model for high temperature, humid or dusty environments.