Active Vibration Isolation

Our advanced Active Vibration Isolation systems effectively reduce disturbing vibrations caused by environmental influences, building vibrations, and acoustic noise, ensuring reliable and precise measurements with sensitive instrumentation. Designed for research and production environments, these systems minimize external disturbances to achieve optimal measurement accuracy and repeatability. With an active isolation bandwidth of 0.6 Hz or 1 Hz to 200 Hz, depending on the model, and vibration isolation in all six degrees of freedom, they provide effective vibration control beyond conventional passive isolation systems.

Active Vibration Isolation Products for Small and Large Scale Instruments

Desktop Isolation Tables

The Accurion i4 and Nano series are state-of-the-art active benchtop vibration isolation systems. In addition to their low-profile design, the two series have extended application capabilities.

Laboratory Tables

Highly functional and stable laboratory tables with integrated active vibration isolation for ergonomic use, customized to your needs.

Modular Isolation Elements

The Accurion Vario series offers modular active vibration isolation systems for medium to large instruments, consisting of two isolation elements and an external control unit - ideal for variable sizes.

Acoustic Enclosures

Protect your sensitive devices by broadband damping of airborne and structure-borne noise caused, for example, by air conditioning systems, fans or vacuum pumps.

Heavy Load Isolation Platforms & Heavy Load Isolation Elements

The Accurion Sandwich series offers modular isolation elements for larger devices in the heavy load range.

Applications

In nano-scientific applications such as Scanning Probe Microscopy, Nanoindentation, Digital Microscopy, 3D Surface Metrology, Confocal Microscopy, Micromanipulation and Electron Microscopy, controlling vibration at nanometer scales is critical. Accurion active vibration isolation removes building vibrations and acoustic noise from the measurement environment, so your instruments deliver stable, repeatable results.

Principle

The impact of environmental disturbances, notably vibrations and acoustic noise, on research and production processes underscores the need for effective vibration control in ensuring the reliability of high-resolution measurements with sensitive instrumentation. This becomes particularly crucial when ambient vibration amplitudes align with the dimensions of the structures under investigation.