What is an eccentric shaft gear reduction motor?

An eccentric shaft gear reduction motor is a special mechanical device. Its design feature is that the outer circle of the end cover is parallel to the outer circle, and the outer circle is parallel to the axis of the inner hole, but does not overlap, and maintains a certain distance. This design is called eccentricity. The adjustment of this distance can achieve precise angle deflection between the motor output shaft and the input shaft, which is suitable for application scenarios that require specific angle adjustment.
The manufacturing of eccentric shaft gearbox adopts a new special lathe eccentric fixture process with innovative concepts, which improves production efficiency and reduces processing costs. By using this eccentric wheel lathe fixture, high-quality eccentric end covers can be mass-produced to ensure that each part has been strictly corrected. The right end is clamped on a three-jaw self-centering chuck to ensure stability and accuracy during processing.
The gearbox part of the eccentric shaft gear reduction motor requires high-precision gear close transmission. Through the matching fixture processing, the efficiency of the alignment time can be greatly improved, while the accuracy requirements are improved. In order to ensure the high precision of the gearbox, high-precision flatness detection is usually used. The flatness tolerance zone refers to the area between two parallel planes. The flatness detection is carried out by contacting the knife-shaped ruler with the measured plane, and detecting the maximum gap reading in each direction, which is the flatness error.
The roundness tolerance zone refers to the area between two concentric circles with a radius difference of the tolerance value on the same positive section. This detection method can ensure that the roundness of the gear surface meets strict standards, thereby ensuring the overall operating performance of the motor.
During the manufacturing process, by using high-precision detection tools and technologies, it can be ensured that each part meets the design requirements, thereby ensuring the overall performance and reliability of the eccentric shaft gear reduction motor.