Tongmao linear motor profile, the following linear motor clearly shows the mover's internal winding. Magnets and tracks. The mover is made of epoxy material into the coil. Moreover, the track is the magnet fixed to the steel.

    Linear motors are often simply described as rotating motors are flattened, and work the same principle. The mover is made by compressing the coils together with an epoxy material; the magnet is a magnet that holds a magnet, usually a high-energy rare-earth magnet, on the steel. Motor mover includes coil winding, Hall element circuit board, thermistor (temperature sensor monitoring temperature) and electronic interface. In a rotating machine, the mover and the stator need a rotary bearing to support the mover so as to ensure the air gap of the relative moving part. Similarly, linear motors require linear guides to maintain the position of the mover in the magnetic field created by the track. As with rotary servomotor encoders mounted on the shaft, the linear motor needs to feed back linear position feedback, a linear encoder, that directly measures the position of the load to improve the position accuracy of the load.

    The control of a linear motor is the same as a rotating motor. Like a brushless rotary motor, the mover and the stator are not mechanically connected (brushless). Unlike the rotating machine, the mover rotation and the stator position remain fixed, and the linear motor system can be a magnetic track or a thrust coil (mostly positioned System applications are track fixed, thrust coil move). Thrust coil motor movement, thrust coil weight and load ratio is small. However, there is a need for highly flexible cables and their management systems. Motors that move with the track not only have to withstand the load, but also the track quality, without the need for a cable management system.