Small molded hard rubber vibrating foot pad

A rubber vibrating foot pad needs a geometry and hardness selected for the equipment support arrangement. A harder molded pad can respond differently from a softer one, but hardness alone does not establish vibration reduction or supported load. The available contact area and installed compression also matter.

Check where the pad sits beneath the equipment and how it is retained. The supporting faces should load its intended area without a sharp edge cutting into a small section. Surrounding hardware must leave the working space required by the design rather than bypassing the rubber through direct rigid contact.

Evaluate the completed setup under the actual operating conditions. During service, inspect for movement away from the original seat, local wear and permanent changes in thickness. If the equipment rocks or contacts its base unexpectedly, assess the complete support layout before choosing a harder pad. A material change should not be used to conceal an unresolved difference in support height or an incorrectly positioned contact point.

Material options

Custom rubber compound and color, selected for the contact conditions and required geometry.

Hardness range

30–90 Shore A for rubber. Assess the grade against this fit requirement: A harder molded pad can respond differently from a softer one, but hardness alone does not establish vibration reduction or supported load.

Custom profile & fit

Check where the pad sits beneath the equipment and how it is retained.

Assembly considerations

During service, inspect for movement away from the original seat, local wear and permanent changes in thickness.

Design check

Evaluate the completed setup under the actual operating conditions.

Photos illustrate structure or material only. The supporting faces should load its intended area without a sharp edge cutting into a small section. ETOL directly manufactures custom-shaped silicone and rubber parts to your requirements.