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Vibration Isolation Performance Sensors Enable Non-Contact Level Measurement

A guest post by Holger Thissen, PR Manager, Baumer | Translated by AI 4 min Reading Time

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Vibrations are undesirable in many fields. A new system from Bilz Vibration Technology operates with active vibration isolation based on contactless distance sensors from Baumer.

On the granite plate (top) stands a machine or testing system that is to be decoupled from vibrations. The inductive distance sensor (middle) continuously measures the distance to the granite plate (the target is a fixed steel disc). Supplied with these values, the controller quickly and precisely adjusts the level of the air spring (right).(Image: Baumer)
On the granite plate (top) stands a machine or testing system that is to be decoupled from vibrations. The inductive distance sensor (middle) continuously measures the distance to the granite plate (the target is a fixed steel disc). Supplied with these values, the controller quickly and precisely adjusts the level of the air spring (right).
(Image: Baumer)

They operate contactlessly, precisely, and economically—yet inductive distance sensors are still a hidden gem for many applications. Their potential for intelligent sensor solutions in mechanical engineering, testing technology, and automation is enormous. Inductive distance sensors have become so accurate that they can often replace contact-based or very expensive measurement methods—provided the necessary expertise is available on the supplier's side. Highly precise inductive sensors can, for example, measure heavy weights cost-effectively, detect angles in a space-saving manner, and even sense the finest vibrations. A major advantage: the measurements are contactless and wear-free.

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