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Rare earth magnets, especially neodymium iron boron magnets, are currently the most widely used magnets.

Neodymium iron boron magnets have high magnetic energy product and coercivity, and their magnetic properties are strong. They are widely used in various high-performance motors, sensors, electroacoustic equipment (such as speakers, receivers, microphones, alarms, stage sound systems, car sound systems, etc.), electronic appliances (such as permanent magnet vacuum circuit breakers, magnetic retention relays, kilowatt hours meters, water meters, sound meters, reed tubes, sensors, etc.), and motors (such as VCMs) CDDVD-ROM、 Generators, electric motors, servo motors, micro motors, motors, vibration motors, etc., mechanical equipment (such as magnetic separators, magnetic separators, magnetic suspensions, magnetic machinery, etc.), medical care (such as nuclear magnetic resonance machines, medical equipment, magnetic therapy health products, magnetic fuel saving devices, etc.), and other fields.

In addition, electromagnets are also widely used in equipment such as electromagnetic relays, electromagnetic cranes, and maglev trains. It can generate a magnetic field through electrification, and its magnetism can be controlled. It is widely used in industrial automation production lines, logistics and warehousing systems, and other fields to achieve rapid adsorption and release of metal objects.

In summary, both rare earth magnets and electromagnets have a wide range of applications, and the specific type of magnet used depends on the specific needs and environment of the application.