Features of planetary reducer
1. Quiet: Use helical gears to achieve smooth and quiet operation;
2. High precision: backlash is less than 6 minutes, precise positioning;
3. High rigidity, high torque: Use integral roller bearings, which greatly improve rigidity and torque;
4. Flange connection method: Can be installed on any motor in the world;
5. Cross roller bearing output, compact structure is more convenient to use;
6. Long life: no need to change lubricating oil, low wear, high durability.
Application field:
Industrial automation field, supporting mobile robots, SCARA robots, parallel manipulators, printing machinery, laser cutting machines, packaging machinery, pharmaceutical machinery, pipe bending machines, spring machines, non-standard automation equipment, and other industries
Planetary reducer, as a precision industrial transmission equipment, has a unique design and powerful functions. Planetary reducer has a high degree of flexibility and customizability through modular design, and can quickly adapt to different working scenarios and transmission requirements. The working principle of the planetary reducer is that an inner gear ring is tightly combined with the gearbox housing, and the center of the ring gear has a sun gear driven by an external power. In between there is a planetary gear set consisting of three gears equally divided and assembled on the tray. When the input power drives the sun gear, it can drive the planetary gears to rotate and revolve along the center following the trajectory of the inner gear ring, and then output power through the output shaft connected to the tray. This planetary reducer is designed to increase the contact area of the output end. We have specially optimized the structure of the output end. By increasing the size of the contact surface and using high-strength materials, the output end's ability to withstand loads has been significantly improved. This design enables the planetary reducer to operate more stably and reliably when facing high-load conditions, effectively extending the service life of the equipment and improving overall work efficiency.