Rotor For Industrial Motor

Rotor Core

Just like the stacking of the stator, the Rotor Lamination cannot deviate when it is pressed by the hydraulic press, otherwise the actual size of the rotor slot will change less than the design size, which will make the magnet or conductor bars inserting more difficult.

Rotor core stacking process is similar to the Stator Core stacking. Most Motor Rotor fabrication does not need welding techniques. After the rotor laminations are stacked, copper or aluminum circuits or permanent magnets will be embedded according to the design requirements. 

Precision high-speed punches have high feeding accuracy, punching accuracy and machine rigidity, and reliable machine safety system. The punching speed is generally in the range of 200 to 600 times/min, which is suitable for punching the stator and rotor cores of motors. 

We are able to provide all types of Rotor Assembly for medium-to-high voltage motors and generators. The rotor cores we currently produce are mainly Cast Aluminum Rotors and Copper Rotors With Shafts. The lamination stacking process of the cast aluminum rotor needs to use a high-precision mandrel during the lamination process, if the rotor is skewed design, the mandrel must have a corresponding key.