Electric Motor Rotor Balancing Machine

A balancing machine is a measuring tool used for balancing rotating machine parts such as rotors for electric motors fans turbines disc brakes disc drives propellers and pumps the machine usually consists of two rigid pedestals with suspension and bearings on top supporting a mounting platform.

Electric motor rotor balancing machine.

Range of application this balancing machine is widely used in balancing rotatable bodies such as kinds of medium sized and small sized motors rotors impeller fans crankshaft turbocharger water pump roller grinding wheel main shaft of machine tool textile machinery tool spindle etc. In this post we will examine balancing standards and how you can ensure you get a quality repair. How motor rotor balancing affects motor life. Force in a balance machine but not possible when operating the machine on the rotor support bearings as is the case for either high speed shop balancing or field balancing.

We offer operating speed high speed balancing machines for electric motors repair shops at an extremely low cost making sure vibration levels are reduced and rotors run smoothly and efficiently without spending big bucks. But the methods of balancing vary as does the quality of the work. Automatic axial translation of the pedestals with their rollers carriages. Automatic balancing machines for electric motors our range of balancing machines for electric motor rotors offer the possibility to correct the unbalance by radial drilling unit by side milling unit by axial drilling or by adding clinched plates.

Abro is the only manufacturer that offers high speed balancing machines of armatures at an extremely low cost. We offer a flexible range of balancers to accommodate a variety of rotor sizes as well as the different levels of automation required to match production volume. All rotors must be balanced whether new from the factory oem or recently repaired. Hofmann is a leading supplier of balancing systems for the small armature and electric motor industry.