Vibrator motors are electric motors that vibrate when given sufficient power. They are used in a variety of applications from smartphones and pagers to aircraft stick shakers to tattoo machines.
The vibration motor works with the help of a ring magnet, commutation points and brushes connected together on the front side and coils of a rotor with weights attached to the backside. The commutation points interrelate with the ring magnet and cause rotation of the rotor, thus it produces an electrical current in the rotor coils.

Can vibration be transformed into electric energy?
Electromagnetic dependent generators function on Faraday’s law of induction and transform vibrations to electric energy. These types of generators can operate at different frequency ranges and voltages.
What are the advantages of the vibrator motor?
The vibrator motors provide a high utilization rate of excitation force, low energy consumption, low noise and long life. They are also easy to adjust steplessly, which allows for the optimization of the optimum vibration output for a machine.
What are the different types of vibrator motors?
The vibration motors are divided into Linear Resonant, Cylinder Coreless and Coin type. The linear resonant vibration motors produce a linear movement and are available in various wattage ranges, sizes and capacities. Similarly, the cylinder coreless and coin type vibrators can generate circular movements.