Accurion Sandwich Series
High performance floor platforms
Sandwich platforms offer compact dimensions and excellent isolation performance. Each Sandwich consists of precision machined 15 mm thick top and bottom plates, surrounding 4 to 8 integrated vibration isolation elements as well as an external control unit. The quantity of vibration isolation elements defines the load capacity of the platform. A load range of up to 1200 kg can be achieved
Heavy duty solutions > 600 kg (1,300 lbs)
The heavy load isolation systems are designed for installation on the floor mounting directly under the application. They are the ideal solution for the vibration isolation of scanning electron microscopes and similar equipment. Available products include isolation platforms and heavy duty vibration isolators. To select the required isolation system, the actual weight of the application equipment, load distribution and further parameters are key. Customised versions with modified dimensions or increased load ranges are available on request.
Key Features
Vibration Isolation Performance
Sandwich platforms reduce vibration transmission by approximately 92% at 5 Hz and approximately 98% in the 10–100 Hz range, helping to maintain stable conditions for vibration-sensitive equipment.
Active compensation operates from 1.5 to 200 Hz. At higher frequencies, the passive isolation characteristics of the spring-supported platform dominate, extending vibration isolation beyond the active control range.
W.A.V.E (World of Anti Vibration Engineering)
For sales and advice on heavy duty isolation products we work-with W.A.V.E. who specialise on the active vibration isolation for medium and heavy duty equipment. With nearly two decades working in this business, W.A.V.E. has the expertise and experience to provide the most appropriate solution meeting customer requirements.
In addition, W.A.V.E. has expertise in performing and interpreting professional vibration measurements.
In addition, W.A.V.E. has expertise in performing and interpreting professional vibration measurements.
Performance Demonstration
