What is dynamic balanced?

Dynamic balancing is the process of equalizing the unwanted vibration of a rotating object by adjusting the mass distribution. The purpose of dynamic balancing is to ensure that a rotor operates without causing undue vibration, which can lead to bearing damage, noise, or even structural failure.

A dynamic balancing machine is used to carry out the process of dynamic balancing. The machine measures the vibration of the object and identifies where the imbalance is located. Weights are then added or removed from the object to bring it back into balance.

Dynamic balancing is essential in various applications, such as industrial machinery, engines, and automotive components like crankshafts and flywheels. Ensuring that these components operate smoothly and without vibration is essential to their longevity and reliability.

In summary, dynamic balancing is the process of equalizing the unwanted vibration of a rotating object using a dynamic balancing machine. It is a crucial step in ensuring the longevity and reliability of various components in a range of applications.