Main Role

Inductive shock absorbers offer high precision in shock absorption by allowing for precise control of the current, which enhances damping regulation and improves both the shock absorption effect and vehicle stability. They provide real-time responses to changes in road conditions and the equipment's motion state, thanks to sensor feedback that enables immediate damping adjustments. Additionally, the absence of friction between liquid and valve reduces mechanical wear, thereby extending the service life of the shock absorbers. Furthermore, by adjusting damping forces under various road conditions, inductive shock absorbers contribute to a smoother ride and enhanced safety.

Working Principle

The operation of inductive shock absorbers relies on Faraday's law of electromagnetic induction. Central to this system are electromagnetic coils that move within a magnetic field when a vehicle or device experiences vibrations, cutting through magnetic inductance lines and generating an induced current. By adjusting the current strength in the coil, the electromagnetic force can be modified, leading to varying damping effects that help mitigate vibrations.

Qualification Certificate