
When vibration isolation efficiency is the main consideration, vibration or shock transmit rate of the system should be minimized while system stability should be guaranteed and system energy capacity should also be taken into consideration. Thus a low-frequency system is required, of which system response frequency is around 6~12Hz.

When shock isolation is the main purpose, system energy capacity must be guaranteed against system input, while vibration isolation should also be taken into consideration. Thus system response frequency should be designed as around 15~25Hz.

Mounting points of the vibration isolators must be made in a way that system stiffness center is identical with system mass center, which will help to eliminate coupling of vibration.

When the height of the device is greater than its width, using of vibration isolator for improving stability should be applied.

Vibration/shock isolation efficiency can be optimized when requirements on static and dynamic structural strength of the system are met.