Industry demand:

Industrial robots require precise motion control to ensure high precision and stability even under high-speed and heavy load conditions. At the same time, robots also need to adapt to various complex working conditions, such as high temperature, high humidity, dust and other environments.

Selection criteria:

High precision is required, and a high-precision planetary gearbox should be selected.

Strong load-bearing capacity requires the selection of planetary gearboxes with high torque and rigidity.

Good stability and adaptability to complex working conditions require the selection of wear-resistant and corrosion-resistant planetary reducers.

Related features and advantages:

High precision transmission ensures precise and error free motion of the robot.

High torque output to meet heavy load requirements.

High rigidity structure ensures the stability of the robot.

Wear resistant, corrosion-resistant, suitable for complex working conditions.

Selection result:

We have chosen the PSN model, a planetary gearbox with high precision, high torque, and high rigidity, to meet the requirements of industrial robots for accuracy, load-bearing capacity, and stability.