Electric Motor Rotor Laminations

Cools the stator core.

Electric motor rotor laminations.

More about motor laminations electrical steel laminations may be used to create motor laminations. This combination is one of the most common materials used due to its reliability and strength. We manufacture laminations and lamination segments that range from 0 5 to 36 in diameter. Electrical steel laminations may be used to create motor laminations.

Manufacturers may use silicon steel which primary includes steel combined with silicon. Manufacturers may use silicon steel which primary includes steel combined with silicon. With the eddy current reduced the stator core can maintain constant power keeping your motor running. Custom electric motor laminations our electric motor laminations are widely used in motors and generators for aerospace applications electro motion military and food processing applications.

Feintool s electric motor lamination products are built for maximum performance. The magnetic part of the rotor is also made of steel laminations mainly to facilitate stamping conductor slots of the desired shape and size. Available 24 7 call now. We can rebuild your rotor replacing your current rotor bars and laminations in house to ensure maximum performance and efficiency.

Whether they re used in micromotors electric vehicles or large power plant generators they feature a robust design and reliable operation guaranteeing the best results. We specialize in electric motor lamination stacks and can replace faulty lamination in any electric motor. In most induction motors the rotor winding is of the squirrel cage type where solid conductors in the slots are shorted together at each end of the rotor iron by conducting end rings. Laser laminations manufacturers electric motor and power generation laminations including generator stator core laminations rotor laminations armature laminations pole assemblies air vents press plates and more.

The relative motion between this field and the rotor induces electric current in the conductive bars. High speed presses ranging from 100 tons to 800 tons. Thin silicon steel plates are stacked on top of one another around the center preventing eddy current flow. Stator laminations reduce eddy current by insulating the core.