As devices and equipment become smaller and more portable, the components used in their manufacture must also meet the demands of lighter, more compact designs without sacrificing performance or life expectancy. This trend can be seen in a variety of components and products, including motors, throughout the industry.

Micro motors are small, lightweight, easy-to-use motors designed for low power consumption and minimal electromagnetic interference. Among other things, these qualities make them ideal for use in compact, complex spaces with limited power budgets, such as advanced electrical and electronic systems.



What are micromotors?
Micromotors are characterized by their compact dimensions, which makes them particularly useful in installations, equipment and systems where space is limited. In addition to their smaller size, they are lighter and more portable than their full-size counterparts and do not lose power or functionality. Typical applications include drilling, grinding, polishing and other industrial operations.

Industrial Applications for Micromotors
Due to their compact, lightweight design, micromotors play a vital role in advanced machines and systems used in a variety of industries. In particular, they have become a major component of the medical and aerospace industries.

Medical Industry Applications
In the medical industry, the use of micromotors has led to significant advances in cancer detection and treatment. They have enabled medical device manufacturers to produce small but powerful biopsy devices that can collect and analyze samples with minimal damage to the incision.

Aerospace Applications
In the aerospace industry, all equipment must adhere to extremely strict standards. In addition to being manufactured to tight and precise dimensional tolerances, they must be lightweight, reliable, and able to withstand extreme conditions such as temperatures from -60°C to 150°C, high levels of noise and vibration, shock, and electromagnetic interference. Micromotors meet these requirements. Micromotors meet these requirements, allowing them to be used in a variety of aircraft systems, including regulating fuel in engines and maintaining airflow in atmospheric systems.

Brushless switching technology
Conventional motors use brush-type technology, which limits product life and long-term reliability.

Through the use of brushless commutation technology and axial groove bearings, micro motors are smaller and more energy efficient than traditional small motors. They have a long service life and last up to ten times longer than their brush-type counterparts.

Vibration Alarm Notification
Micromotors also include a vibration notification feature that allows portable handheld devices to alert end users.