1. Working principle of double bearing structure
Bearing is an indispensable key component in the operation of the motor. Its main function is to support the motor shaft and reduce friction to ensure the smooth operation of the motor at high speed. The double bearing structure refers to the configuration of a bearing at each end of the motor to form a double support, thereby effectively reducing the wear and instability factors that may be caused by the single bearing structure.

Specifically, the double bearing structure improves the operation efficiency of the motor in the following ways:

Evenly distribute the load: The double bearing structure can evenly distribute the load of the motor to two bearings instead of concentrating it on a single bearing, thereby reducing the burden and wear of the bearing.

Stable rotation: The double bearing support can effectively avoid the vibration generated by the motor when it runs at high speed, making the equipment run more smoothly.
Reducing axial displacement: The configuration of the two bearings can effectively resist axial displacement, so that the motor can still maintain a stable working state during long-term use, reducing failures caused by displacement.

2. The impact of the double bearing structure on Corded Pet Clipper
Improve stability and accuracy
During the pet clipping process, stability is one of the important factors to ensure the clipping effect. The application of the dual-bearing structure greatly reduces the vibration generated when the motor rotates, allowing the Corded Pet Clipper to maintain precise cutting at high speeds. Especially when trimming detailed areas (such as around the ears or paw pads), stable operation ensures that the blade cuts smoothly without causing the blade to deflect or jam due to vibration, thus achieving professional-level trimming results.

Reduce noise and vibration
Noise and vibration have always been common problems in the use of pet clippers, especially for more sensitive pets, where equipment with excessive noise and vibration may make them feel uneasy. The dual-bearing structure can effectively reduce the noise and vibration when the motor is running, providing a quieter and smoother working environment. For pet owners, this means that the use of the device is not only more comfortable, but also reduces the anxiety of the pet during the trimming process.

Extended service life
Corded pet clippers are usually used for a long time and frequently, especially in professional pet grooming or pet shops, where the durability of the equipment is crucial. The Corded Pet Clipper with a dual-bearing structure can greatly extend the service life of the equipment. Because the dual bearings can disperse the motor load and reduce wear, the life of the motor and other key components of the equipment is effectively extended, which is especially important in environments that require frequent use.

Improve trimming efficiency
The dual-bearing structure improves the stability of the motor and directly improves the trimming efficiency. When the device is running at high speed, it maintains a more uniform and continuous power output, allowing users to quickly and efficiently complete pet trimming tasks, especially when facing thick or tangled hair. The stable power output can ensure continuous shearing force and avoid hair jamming and dragging caused by insufficient power.

3. Combination of dual-bearing structure with other technologies
Synergy with high-efficiency motor
The combination of dual-bearing structure and high-efficiency motor forms the core advantage of Corded Pet Clipper. The high-efficiency motor provides strong and continuous power output, while the dual-bearing structure ensures the stable operation of the motor by reducing friction and vibration, thereby ensuring that the device can still maintain a smooth trimming effect at high speed. The synergy of the two has brought the performance of corded pet hair clippers to a new level.

Matching with brushless motors
Many high-end Corded Pet Clippers use brushless motors, which have higher speeds, lower noise and longer service life than traditional brush motors. The combination of a brushless motor and a dual-bearing structure can further improve the smoothness of the motor's operation, reduce unnecessary friction and wear, and thus enhance the overall user experience.