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Holding electromagnets

Holding electromagnets are primarily used for temporary fastening of ferromagnetic materials such as iron, steel, cast iron, and other alloys. Upon application of direct electrical voltage, they generate a magnetic field that ensures the holding of the metal part or workpiece with a defined force. You can use them in automated lines, for handling, positioning, testing, or during equipment development. Choose from various dimensions and magnetic forces, with a supply voltage of 12 or 24 V.

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Holding Electromagnets – Use, Principle and Properties

Holding electromagnets are mainly used for temporary fastening of parts made of ferromagnetic materials, such as structural steel, tool steel, cast iron, or nickel-alloyed steel alloys.

Upon applying direct voltage (DC), they create a magnetic field that allows for a secure attachment of the component. When the voltage is disconnected, the magnetic field is cancelled, and the part is released.

Where will you use holding electromagnets?

These electromagnets are primarily used in industry, automation, and technical development. You can use them, for example:

  • when fastening parts on assembly and production lines,
  • in manipulators and robotic arms for holding workpieces during processing,
  • for position fixing before assembly or welding,
  • in test fixtures, where it is necessary to repeatedly clamp components without mechanical securing,
  • in electromagnetic locks for doors or turnstiles in access systems,
  • in medical and laboratory devices for fixing equipment or samples.

Advantages of holding electromagnets

Compared to permanent magnets, holding electromagnets have the advantage that their effect can be easily switched on or off. This allows for quick and repeated handling of objects without mechanical clamping. The design of electromagnets allows for different levels of holding force to be achieved depending on the diameter, supply voltage, and core type.

Available Variants

We offer holding electromagnets with different diameters and heights, supply voltages of 12 V DC or 24 V DC, and various holding forces from 45 to 3500 N.

Choose the holding magnet according to the type of application and the required load.

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