All rotating components experience significant quality and performance improvements if balanced.
Balancing is the process of minimizing vibration, noise and bearing wear of rotating bodies. It is achieved by reducing the centrifugal forces by aligning the principal inertia axis with the geometric axis of rotation through the adding or removal of material.
There would be no need for balancing if materials had uniform density, if holes could be bored exactly in the center, if perfectly round or symmetrical shapes could be machined, and if all assembled parts had the same weight and were placed at the same radius.
In today’s global market consumers look for the best value for money. They demand maximum performance, minimum size, and lower cost. Everything must be smaller, more efficient, and more powerful, weigh less, run quieter and last longer. Balancing will therefore always be one of the most cost-effective means of providing quality products to consumers. Balancing of rotating machinery or parts therefore reduce noise, allow higher operating speeds, increase bearing life, and more.