Accurion Duo Series

Heavy duty vibration isolation elements

The Duo isolation elements have been engineered as a modular system to meet the requirements of the most diverse applications. They can be used in combination with optical breadbords for example or directly below a heavy-duty measurement equipment. The basic configuration of the Duo constists of two isolation elements. Combinations of 3, 4 or more elements are possible. A load range of up to 2.500 kg can be realized.

Solutions for heavy load equipment > 600 kg (1,300 lbs)

The heavy load isolation systems are designed for installation on the floor directly underneath the application. They are the ideal solution for the vibration isolation of scanning electron microscopes and similar equipment. Available products are isolation platforms and heavy duty vibration isolation elements. To select the required isolation system, the actual weight of the application equipment, load distribution and further parameters are key. Customized versions with modified dimensions or increased load ranges are available on request.

Sales Channel

W.A.V.E (World of Anti Vibration Engineering)

In regards to sales and consulting of the heavy load isolation products we are cooperating with W.A.V.E. who focus on the active vibration isolation of midsize and heavyweight equipment. With nearly two decades working in this business, W.A.V.E. has lots of competence and experience to provide the most appropriate solution meeting customer requirements. In addition, W.A.V.E. provides expertise in performing and evaluating professional vibration measurements.

Key Features

  • Active Vibration Isolation in six degrees of freedom
  • No natural low frequency resonance – excellent vibration isolation characteristics in the low frequency range
  • Settling time only 0.3 s
  • Active isolation starts at 1 Hz (passive isolation > 200 Hz)
  • No compressed air required – power supply only
  • Excellent position stability and stiffness
Transmission_Curve_Heavy_Load

Performance Demonstration