Laminar Flow Box for Laser Beam Stabilization
We are pleased to support MRC Systems GmbH in the production of their laser beam stabilization systems!
The MRC Systems GmbH located in Heidelberg, Germany, has been developing and manufacturing innovative medical, electronic and laser-optical products for over 25 years now. A special focus is on the fully automated alignment, stabilization, positioning and adjustment of laser beams.
In this process, the laser beam position is precisely determined with specially manufactured detectors and the laser beam is steered in the desired direction by clean room tilting mirror systems and piezo actuators. This allows highly sensitive laser systems to compensate for the smallest vibrations from the environment.For the systems to function reliably with precision, speed and robustness, the manufacturing process requires high standards of cleanliness. Many customers use the products in a clean room, which is why the packaging must also be made under clean room conditions.
The MRC Systems GmbH would like to add another workstation to your cleanroom capacities. This workstation is to be installed in a normal laboratory on an already existing table. The cleanroom workstation should be completely lockable and as space-efficient as possible.
To meet these requirements, we supplied MRC Systems GmbH with a laminar flow box as a tabletop attachment. The front side can be conveniently closed with our innovative PVC roller blind or continuously adjusted to the desired height. The user can work with the arms under the roller blind and observe the process through the transparent roller blind exactly.
The roller blind is very space-saving and can therefore be used ideally in tight spaces. The exhaust air is carried out down through the perforated plate, allowing laminar flow inside the Laminar Flow Box.
We are proud to have supplied MRC Systems GmbH with the Laminar Flow Box, the appropriate cleanroom workstation for the assembly of systems for laser beam stabilization and look forward to further cooperation.