Neil Savage describes a selection of products designed for the task. Vibration isolation has always been important for many applications involving photonics, but as group director for vibration ...

For effective vibration isolation, it is desirable to increase the frequency ratio r to a value much larger than sqrt(2) by either reducing the stiffness of the system or increasing its mass. This is ...

In the short term, the result is inconsistent ... selecting the appropriate and cost-effective vibration isolation for your application. Please note: KSI has performed all required calculations ...

The isolation effect starts at 0.6 Hz, achieving the max. performance of -40 dB at 10 Hz, where 99.0% of the vibration is isolated. Besides the extremely short settling time, a major advantage is ...