
Voice coil linear motors, also known as Lorentz motors or mirror motors, are named for their structure resembling the coil of a speaker. They are fast-response, direct-drive motors with zero hysteresis and zero cogging effects, offering high frequency response, acceleration, speed, good force characteristics, easy control, compact size, and small resolution. Abroad, voice coil motors are considered excellent servo drives. Depending on the configuration of the drive, feedback, controller, and control algorithm, voice coil motors typically achieve motion frequencies of 500-1000 Hz, and even higher.






Cylinder-type solenoid motor, due to its ability to provide high thrust and speed, it is widely used. This motor can generate a powerful force ranging from 0.7N to 2500N, thus accounting for 80% or even more of the market, with its stroke generally not exceeding 50mm.

Voice coil motors come in cylindrical, rectangular, and angle-mounted types, which are common, but they can be customized with special structures. The magnet can be integrated as part of the outer shell, the coil can be positioned elsewhere, or the coil can be altered into a different form, and the magnet can be shaped into a special structure—it's all achievable. Often, people get stuck within this scope for voice coil motors, but they can be improved to meet your specific requirements.





Yunxi Electrical and Mechanical Technology Co., Ltd., based in Langfang, is a technology R&D enterprise in collaboration with universities. Our main products include: DC frameless torque motors, voice coil motors, stepper motors, servo motors, and screw displacement tables; special products: vacuum high and low temperature stepper motors, vacuum nuclear radiation stepper motors, vacuum high and low temperature screw platform, vacuum radiation screw platform, vacuum electrodes, ion gauge. We can develop and customize according to customers' special requirements.
Contact Person: Mr. Guo
Tel:18101383264
QQ 1024540961
Email:18101383264@163.com




































