Coreless motor: small size, high efficiency, high precision drive device, high precision and wide range of applications
Coreless motor: small size, high efficiency, high precision drive device, high precision and wide range of applications
Coreless motors are DC, permanent magnet, and servo micro motors that omit the iron core in their structure, so they can eliminate energy consumption caused by eddy currents and hysteresis effects. Coreless motors also have the advantages of compact structure, high efficiency and high precision. Coreless motors are divided into brushed and brushless types. The brushed coreless motors use mechanical brush commutation and are relatively low-priced;
The brushless coreless motor uses electronic commutation, has a high speed limit, small rotor inertia, and a large power-to-volume ratio. Coreless motors have a wide range of application scenarios, mainly used in cutting-edge industries such as industrial automation, and gradually expanded to civilian fields such as power tools.
Coreless motors are DC, permanent magnet, and servo micro motors that omit the iron core in their structure, so they can eliminate energy consumption caused by eddy currents and hysteresis effects. Coreless motors also have the advantages of compact structure, high efficiency and high precision. Coreless motors are divided into brushed and brushless types. The brushed coreless motors use mechanical brush commutation and are relatively low-priced;
The brushless coreless motor uses electronic commutation, has a high speed limit, small rotor inertia, and a large power-to-volume ratio. Coreless motors have a wide range of application scenarios, mainly used in cutting-edge industries such as industrial automation, and gradually expanded to civilian fields such as power tools.