As the performance of every vibration isolation system is affected by ambient conditions, it is essential to place the isolation system on a suitable surface to achieve the best possible isolation performance. Representing a comprehensive solution, the ergonomically designed Workstation Series perfectly combines an active vibration isolation system with a rigid support structure. The Workstation Series is available in several standard configurations, each designed for specific applications. Customized solutions are also available to meet individual requirements.
Workstation i4
The Workstation i4 is designed to be used with optical microscopes or microscope/SPM combinations. The isolated surface is surrounded by a scratch-resistant MDF plate, convenient for arm resting or as storage area. Any of the three i4 versions can be integrated into a workstation depending on customer requirements.
Workstation Vario
The Workstation Vario systems come with a steel frame embedded optical breadboard as working surface. As extensibility, the surrounding frame can be used for the installation of acoustic enclosures. Compared to the Workstation i4, these versions are suitable for supporting larger and heavier applications.
IVF Workstation
This worktable has been specially designed for the use with in-vitro-fertilization so that embryologists can ergonomically sit in front of their microscope. The IVF workstation is a perfect match for various microscopic set-ups which enables the user to work with increased efficiency and reliability. Aside from functionality and stability, we paid particular attention to the surface coating. A mobile cabinet is available as optional accessory.
The Accurion Workstation Series provides effective vibration isolation at low frequencies without the natural low-frequency resonance characteristic of passive isolators. Vibration transmission is reduced by 94.4% above 5 Hz and 99.0% above 10 Hz, helping to maintain stable conditions for sensitive measurements.
Active compensation operates from 0.6 to 200 Hz. At higher frequencies, the passive isolation characteristics of the spring-supported platform dominate, extending vibration isolation beyond the active control range.