Dynamic Balancing of Leather Shaving Machine Rotor Using Balanset-1A

Objective:
Achieve defect-free leather processing by ensuring the leather shaving machine operates without vibrations.

Procedure:

Initial vibration of the rotor was measured using Balanset-1A.
Weights of known mass were placed on either side of the rotor. This allowed the device to measure the change in vibration caused by these weights.
Based on these measurements, the Balanset-1A calculated the required weight mass and the angle of placement needed to achieve a balanced state.

Conclusion:
Noise Reduction: Significantly decreased operational noise of the machine.
Longevity: Extended bearing lifespan.
Efficiency: Diminished energy consumption.
Durability: Marked reduction in machine malfunctions.

The implementation of Balanset-1A for the dynamic balancing of the rotor in the leather shaving machine has proven instrumental. By effectively eradicating unwanted vibrations, it ensures that the leather undergoes a flawless processing phase, devoid of any defects. Balancing not only enhances the quality of the leather output but also contributes to the machine's efficiency and longevity.

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