The micro electric motor industry involves materials science, fluid mechanics, motor control technology, micro motor technology, sensing technology, etc., and is an interdisciplinary and multi technical field. The latest achievements in different disciplines and technical fields can be quickly applied in the field of micro special motors, especially the development and application of new materials, the application of new generation drive technology, and the development of networked control technology, all of which can bring new development concepts to micro special motors and penetrate into product applications.

From the perspective of the application and development trend of micro electric motor technology characteristics, in recent years, micro electric motors represented by DC brushless motors have been greatly released in the application of clean electrical products and are the main growth point of market demand. DC brushless motors use electronic commutation instead of mechanical commutation composed of commutators and carbon brushes, which significantly increases their service life compared to traditional brushed motors. They have advantages such as high efficiency, high speed, small size, light weight, low noise, and low maintenance costs, and are well adapted to the energy-saving, environmentally friendly, low-noise, intelligent, and convenient needs of clean electrical products.

Due to the mature development and production process of DC brushless motor technology, its distribution range in various electrical products has also expanded, gradually becoming the mainstream of development.