Mini motors Please note that this report considers mini motors as those that run on less than 37.5 watts. Although people tend to think of motors as large and heavy, the machinery and equipment becoming smaller and smaller that we have seen in recent years naturally requires ever mini motors to run on. Some vibrating motors for mobile communication tools are just 4 millimeters wide, while apparently certain kinds of medical equipment use motors that are a mere 1 millimeter wide.
Motors convert electricity into mechanical energy to perform various jobs.
A motor gets its power because an electric current that is sent through a magnetic field causes a coil to spin. Direct current motors are divided into magnetic field and field winding types. Direct current motors include brush motors, brushless motors, core motors, and coreless motors. With improved materials and processing, better technology for measuring and controlling, and of course human beings' desire to make their lives more efficient and convenient, mini motors have made great leaps in performance. There is no shortage of demand for mini motors for both consumer and industrial products.