A motor is a device that converts electrical energy into kinetic energy and can be used in various situations that require rotation.

Common ones include induction motors and permanent magnet motors:

Induction motors are high-efficiency, high-power-density AC motors that offer higher efficiency, less noise, and lower maintenance costs. Suitable for various application fields such as industrial machinery, manufacturing, and medical biomedicine.

Induction motors are the development direction of the future energy industry and can promote the improvement of energy efficiency and the realization of environmental protection goals.

The permanent magnet synchronous motor is a high-efficiency, high-power-density AC motor that widely solves problems in industrial automation, new energy vehicles, and other fields. Compared with traditional induction motors, the permanent magnet synchronous motor has higher efficiency and is more durable. Fast response speed, greater power density and lower noise.
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Linear motors are different from rotary motors in that they directly convert electrical energy into kinetic energy for linear movement. And there is no need for transmission components such as screws or belts, reducing losses. It is not limited by length or space and has a high degree of freedom.