Case 1:

Equipment requirements:

A certain laser cutting equipment manufacturer needs to choose a planetary reducer for its latest laser cutting machine, which requires high performance, high precision, and low noise to meet the needs of the equipment in high-speed and high-precision cutting operations.

Selection process:

Performance requirement analysis: Based on the operational requirements of the laser cutting machine, it is determined that the reducer needs to have a large transmission ratio, high torque output, and stable operating performance.

Market research: Compare the products of multiple planetary gearbox manufacturers, focusing on key indicators such as transmission accuracy, noise level, and service life.

Selection determination: Finally, a German brand planetary gearbox was chosen, which has the characteristics of high efficiency, high performance, high rigidity, and low backlash. The output shaft is supported by high-precision and low clearance bearings at both ends to achieve greater load-bearing capacity.

Selection result: PSFN110-007

This reducer performs well in practical applications, effectively improving the cutting accuracy and stability of laser cutting machines, reducing noise levels, and extending the service life of equipment.

Case 2:

Equipment requirements:

A large laser cutting production line requires a planetary gearbox that can carry large loads and achieve stable transmission to meet the needs of the production line in continuous operation.

Selection process:

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

Transmission ratio calculation: Calculate the required transmission ratio based on the operating speed of the production line and cutting requirements.

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

Selection result: PSN090-005

The reducer runs stably in the production line, effectively carrying the load of the production line, achieving stable transmission, and improving the cutting efficiency and accuracy of the production line.