Planetary reducer is a versatile industrial product that can reduce the speed of the motor while increasing the output torque. The box is an important component of the reducer, it is the base of the transmission parts, according to different application scenarios, the common box materials are cast iron, cast steel and aluminum alloy.

The cover of the planetary reducer is usually located on the outside of the reducer and is used to close and protect the gear, bearings and other key components inside the reducer. The cover has high strength and wear resistance to ensure long-term stable operation in harsh working environments, and also has a certain sealing performance to prevent dust, moisture and other external impurities from entering the reducer, affecting the performance and life of the reducer.

The planetary shaft in the planetary reducer is the assembly that connects the planetary wheel, which supports and holds the planetary wheel so that it can rotate around the Sun wheel. Planetary shaft is one of the main components of planetary gear transmission, and its structure design and manufacture have a great impact on the load distribution among the planetary wheels and the bearing capacity, noise and vibration of the transmission. Its common structural forms have two side plate integr...

The output shaft is located at the end of the reducer and is the power output part of the reducer. Through the movement of the planetary gear, the output shaft transmits the decelerated speed to the mechanical equipment or other transmission devices to achieve the operation of the equipment.

The inner gear ring of the planetary reducer is located between the sun wheel and the planet wheel, and maintains the same axis with the planetary frame. The main function of the inner gear ring is to act as the internal fixed gear of the planetary gear train and engage with the planetary wheel to achieve power transmission and torque conversion.

The planetary gear in the planetary reducer is one of the core components of the planetary gear transmission system. In addition to rotating around their own axis like fixed axis gears, planetary wheels also rotate around the axis of the central wheel (usually the sun wheel). This composite motion mode of simultaneous rotation and revolution enables the planetary reducer to achieve efficient transmission and large reduction ratio.

The sun wheel is one of the core components of the planetary reducer, and its key role is to transmit power and rotational torque. When the input shaft rotates, the gear teeth on the sun wheel engage with the planetary gear, thereby transferring power to the planetary gear. The planetary gear rotates around the sun wheel and rotates in a coaxial axis at the same time as the planetary wheel. Through the rotation of the planetary wheel, the power and rotational torque are further transmitted to...

Precision planetary reducer is a kind of motor high speed, low torque into low speed, high torque transmission system, with low noise, high efficiency, high torque, high precision and so on. The box as a transmission base, it is different from the general reducer box structure, it is the inner gear ring and the conventional box combination as a whole, to achieve more precise transmission needs.

Precision planetary reducer is a kind of motor high speed, low torque into low speed, high torque transmission system, with low noise, high efficiency, high torque, high precision and so on. The planetary frame is one of the main transmission devices of the planetary reducer, and it is also the part that bears the largest external torque. The planetary wheel and shaft are installed on the planetary frame. It needs to ensure that the load between the planetary wheels is evenly distributed, and...