Magnets

Magnets Image

Electric motors use magnets to transform electrical energy into mechanical motion.

Motors rely upon two small permanent magnets and one electromagnet created by winding wire around metal. This electromagnetic coil acts as an electrical conductor; as the current passes through, it fuses together multiple fields from separate turns of wire to create a stronger magnetic field. Attracting and repelling forces between the smaller field magnets create a rotational motion, which the rotor's electromagnet sustains by reversing polarities.

Magnets commonly used in electric motors include:
  Samarium Cobalt (SmCo) magnets

Neodymium (NdFeB) magnets

Ferriite (ceramic) magnets

Alnico (AlNiCo) magnets

Browse below to find the right magnets for your electric motors:

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Electric Motors Image

Electric Motors

Electron Energy Corporation

Electric motors consist of a rotating armature, called a rotor, being driven by a magnetic field from the stator.

maxon adds dynamism to robotic drives Image

maxon adds dynamism to robotic drives

Maxon

Maxon presents a new frameless BLDC motor with matching encoder that really comes into its own in dynamic applications.

Neodymium Magnets Image

Neodymium Magnets

Adams Magnetic Products Co.

For neodymium magnets you can trust in your most critical products and processes, turn to the experts at Adams.

Stators Image

Stators

Electron Energy Corporation

A stator is the stationary component found in electric motors and generators. It consists of a laminated core and coils of insulated wire known as the winding

ULV – Vacuum G2 series Image

ULV – Vacuum G2 series

Tecnotion

High acceleration and dynamics.

UXXV  – Vacuum G2 series Image

UXXV – Vacuum G2 series

Tecnotion

Efficient and with high motor constant