Today, we will discuss the advantages of planetary reducers in CNC machines.

Today, we will discuss the advantages of planetary reducers in CNC machines.

The advantages of planetary reducers in CNC machines: Compared to other components, it is indispensable. For the stable operation of CNC machines, the product quality of the reducer itself must be excellent. 

Today, the reducer manufacturer will introduce it to you. 

Firstly, it is customized processing and retail sales. High-quality reducers are the key point. Behind a powerful enterprise lies a strong production base. So where are the advantages of planetary reducers? For the same product, planetary reducers can reduce the rotational speed and increase the torque, thereby reducing the cost for customers and are applicable to any motor and related click brands. It offers free customization, has a long warranty period, provides sample machines, and also has a professional after-sales maintenance team. 

Only a good product can have a positive impact on another product. The planetary reducer has a beneficial amplifying effect on the CNC machine tool. 

The high-precision low-gap planetary reducer, a planetary reducer with high precision and low backlash, is applied in CNC machine tools with a compact structure, small size, strong rigidity, and the ability to generate high torque density. The coaxial input and output make the design more flexible and lightweight. With a transmission efficiency of over 96%, it requires no maintenance, has a long lifespan, and its modular design is easy to apply and install. It can be used in either forward or reverse rotation, has excellent heat conductivity, and is not prone to temperature rise. Therefore, it is an ideal component for CNC machine tools. The transmission sources of CNC machine tools all come from servo electric motors. 

Some explanations in practical applications: Due to the use of high-precision, low-gap, and precise ball screws, the control system can be set up simply, enabling the production of high-precision products. The high-strength and rigid structure has a long service life, high efficiency, and no need for maintenance or oil replacement, reducing mechanical failures. Since the gears have all undergone ion nitriding treatment, the surface magnetic layer is wear-resistant, and the base material retains its toughness. The hard cutting method results in fewer variations and correct tooth shapes, enabling the production of high-precision, low-gap planetary reducers.

Precautions when connecting the planetary reducer to the motor 

The connection methods between planetary reducers and motors include direct connection, coupling connection, and belt wheel connection, etc. Although the methods are different, the precautions during the connection process are the same. Today, we will share with you several precautions when connecting the motor of a planetary reducer. 

1. Allowed input shaft diameter: The input shaft hole of the reducer is usually connected to the output shaft of the motor through a sleeve with variable thickness. When no sleeve is added, the input shaft hole of the reducer has the maximum value of Z. 

2. Maximum input speed of Z: The maximum input speed of the motor should be lower than the maximum input speed of the reducer. 

3. Rated Output Torque: The rated output torque of the motor is multiplied by the reduction ratio of the reducer to obtain the output torque of the reducer. This torque should be less than or equal to the rated output torque of the reducer. 

4. Allowed input flange size: It must not be larger or smaller than the standard size of the next-level reducer. For example, the standard flange size of reducer PLE80 is 80mm. The next-level reducers are PLE60 and PLE120. The maximum allowed flange size for PLE80 Z should not be less than 60mm and should not be larger than 120mm.