Dynamic balancing is needed in all rotating parts of the technological equipment - flywheels, crankshafts, electric motors, telphers, turbines, turbo compressors, blowers, impellers, shafts, etc. When these parts are not balanced, they create a higher vibration levels as more noise, higher dynamic loads on the bearings, housing and the machine base. The reason for the higher vibrations is the unevenly distributed mass around the perimeter of rotating bodies or called disbalance.

Dynamic balancing is the balance in one and two planes of the rotors, turbines, fans, brushes, rollers and universal joints, which leads to reduced dynamic loads of the bearing units and brings the vibration of machines according to DIN-ISO 10816

Balancing in 1 or 2 planes in the bearings of the machine is carried out without disassembly of the unit by vibration method combined with a sensor to determine the phase vector disbalance. Balancing is done in the presence of high vibrations of bearing supports in a radial direction, which are mainly on the speed of the rotor. The most accurate balancing is to balance machines in their own bearings and real speed.

Through without dismantling dynamic balancing it is achieved minimal residual disbalance. There are costs savings for dismantling, transportation and installation.