What is an Electromagnet?

An electromagnet is a controlled working instrument with a strong magnetic field. In order for it to have a magnetic field, it is enough to be given electricity, that is, to be given energy. Thanks to this energy current, a magnetic field is formed and attraction begins. Although the general operating mechanism is as described, there are electromagnets available in different specifications and sizes. Electromagnet production in custom-requested sizes is carried out by our company.


What is an Electromagnet Useful For?

The electromagnet is used in many areas of industry thanks to its strong magnetic grip. It is particularly used in conveyors, transport systems, and locks requiring electricity. grip Magnetic holding feature, which moves are activated when the current is applied to metals, and leaves to the desired destination in a safe manner. In this way, it saves time and ensures a balanced collection of metals.


Areas of Use for Electromagnets

Electromagnets can be easily used in many areas with various sizes and shapes. The most common areas of use are as follows:

  • Transportation Systems: It transports metals and delivers them to the desired location.
  • MR (Magnetic Resonance) Imaging: Used in medical imaging in the healthcare field.
  • Electric Locks: Used in door locks.
  • Speakers: Produce sound.
  • Electric Vehicles: Provides charging and energy transfer.


What are the Characteristics of the Electromagnet?

The properties of electromagnets vary depending on their size and shape. In addition, the current size and the number of windings may also be different. The desired characteristics are determined according to the needs. These properties are determined after production can be requested. Our company is engaged in the production of special electromagnet.


Working Principle of the Electromagnet

Electromagnets are instruments with strong attraction properties that work with current. It completes its operation after the applied current is interrupted. In this system, there is a wire, and the magnetic field is activated by the current flowing through the wire. The central core is located inside the wire wrapped area. When the currents reach the core, magnetic attraction begins. Controlled operation ensures a safe environment.