Designed
utilising cutting-edge 3D CAD modelling and simulation,
the Isonoe Isolation System is machined from raw magnesium
alloy billets by multi-axis CNC machinery to within a tolerance
of 1 micron. |
| The
system embodies numerous mechanisms that inhibit the transfer
of vibration: |
The
central cradle mechanism (application accepted by the Patent
Office) is formed from a visco-elastic polymer able to deflect
vibrational energies across a broad bandwidth. |
The
body and hub are made from a specific grade of magnesium
alloy imbued with exceptionally high rigidity, implemented
to maximise the ratio of stiffness between the elastomer
cradle and the alloy (the higher the ratio in favour of
the alloy, the greater the efficacy of the elastomer cradle). |
Stainless-steel
bearings in the base of the outer body block the transfer
of energy by keeping the point of physical contact area
between surfaces to a minimum (akin to a more contemporary
version of spikes in hi-fi). |
Dimensional information and deflection chart
Deflection table for standard feet (silicone cradle, 4Kg per foot maximum load recommended):
1 Kg – 1.77mm
2 Kg – 3mm
3Kg – 4.25mm
4Kg – 5.35mm
Please note that the above figures are for the standard feet, we intend to add figures for customised cradle settings in due course.
|
