1. Improve the product quality of the rotor and its components.
2. Reduce noise.
3. Reduce vibration.
4. Extend the service life of support components (bearings).
5. Reduce user discomfort and product consumption.
An unbalanced rotor generates a pressure on its support structure and the rotor itself during its rotation, resulting in vibration. Therefore, balancing the rotor is very necessary. A balancing machine is used to perform dynamic balancing and calibration on a rotor in a rotating state.
2. Reduce noise.
3. Reduce vibration.
4. Extend the service life of support components (bearings).
5. Reduce user discomfort and product consumption.
An unbalanced rotor generates a pressure on its support structure and the rotor itself during its rotation, resulting in vibration. Therefore, balancing the rotor is very necessary. A balancing machine is used to perform dynamic balancing and calibration on a rotor in a rotating state.
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