Case 1:

Equipment requirements:

A certain gantry machine tool manufacturer needs to choose a planetary gearbox for its latest machine tool, requiring the gearbox to have high transmission accuracy, low noise, and good heat dissipation performance.

Selection process:

Accuracy requirement analysis: Based on the machining accuracy requirements of the gantry machine tool, it is determined that the reducer needs to have high transmission accuracy.

Noise control: Considering that the machine tool needs to maintain a low noise level during operation, a planetary gearbox with low noise output has been selected.

Heat dissipation performance: Considering that the machine tool generates a large amount of heat during long-term operation, a reducer with good heat dissipation performance has been selected.

Selection result: PSBN142-003

This reducer performs well in machine tools, effectively improving machining accuracy and stability, reducing noise levels, while maintaining good heat dissipation performance, ensuring long-term stable operation of the machine tool.

Case 2:

Equipment requirements:

A large gantry machine tool requires a planetary gearbox that can carry large loads and achieve high-precision transmission to meet the needs of the machine tool in complex machining tasks.

Selection process:

Load analysis: Based on the load situation of the machine tool, determine that the reducer needs to have sufficient torque output and load-bearing capacity.

Transmission accuracy calculation: Calculate the required transmission accuracy based on the machining accuracy requirements of the machine tool.

Selection determination: We have chosen a planetary gearbox with high transmission accuracy and high torque output, while considering its stability and durability.

Selection result: PSN142-004

The reducer runs stably in the machine tool, effectively carrying the load of the machine tool, achieving high-precision transmission, and improving the machining efficiency and accuracy of the machine tool.