Medium Machine Anti-Vibration Mounts

Sylomer based machinery anti-vibration isolation pads ideally suited for loadings of 10kg – 300kg.

Far superior to standard rubber products.

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Description

A Revit / BIM Family object file is available for this product.

MM 70×70 Medium Machine Anti-Vibration Mounts

This Sylomer® material is often used as an alternative to Sorbothane.

Sylomer® is a highly efficient, microcellular, resilient polyurethane compound. It is oil resistant with a temperature range of -30°C to +70°C.

These Machine anti-vibration mounts are fixed via the internal threaded nut. A range of densities are available for a wide range of loads. Where a mechanical fix is not possible the mounts can still be used, in many applications, because the top rubber bonded to the metal plate acts as an anti-skid surface.

Min. Max. load is PER MOUNT. To select the correct type you need to take the total machine weight, divide that by the number of mounts to be used,then use the table below to make sure there is no overload whilst also maintaining a minimum loading for isolation efficiency.

Technical Drawings

Machine anti-vibration mounts

Deflection graphs

Types
Type Min. Load, kg Max. Load, kg Min load natural freq, Hz Max load natural freq, Hz
MM55 10 25 24.1 11.4
MM110 25 45 17.7 11.5
MM220 50 75 16.3 11.3
MM450 75 150 15.8 10.6
MM 850 150 250 14.6 11.3
MM1200 250 310 11.3 10.1

With optional leveling kit (LK)

anti vibration pads
with leveling kit

PLEASE NOTE: This product is now also available with the following extras:

  • M8, M10 or M12 thread
  • A leveling kit including threaded rod, nuts and washers
  • A larger footprint 100x100mm base for loads up to 821kg (M16 threaded)
  • An even larger footprint 150x150mm base for loads up to 2000kg (M16 threaded)
  • A smaller ‘footprint’ of 40mm x 40mm which can accommodate loads as low as 7.5kg per mount
  • Please email us for further information

We have a couple of blog help articles that provide some further information on vibration isolation. They can be read from the links below:

Vibration Natural Frequency Explained

Vibration Isolation Principles

How to soundproof Industrial Machines