Product novelty 22. July 2024

CleanBoy - Cleanest air in the smallest space

The need for ever greater precision and sensitivity in analytical procedures means that the demands in terms of environmental conditions are becoming ever more exacting. For example, a normal laboratory atmosphere contains approximately 300,000 – 500,000 particles per cubic foot. These particles can lead to unwanted physical effects in production and research processes. One simple, cost-efficient solution is to store samples in clean room conditions.
Spetec's CleanBoy clean room station makes it possible to store samples in clean room conditions and create the optimum conditions for highly sensitive measurements in the field of elemental analysis. "CleanBoy" brings a practically particle-free atmosphere straight to any workplace where it is needed. The "CleanBoy" is available as a floor-standing or table-top version. It is easy to assemble and is immediately ready to use without further installation work and at only a low investment cost.

The CleanBoy consists of a SuSi (Super Silent) laminar flow module and a support frame manufactured from anodized aluminum profile sections. On the tabletop, it is possible to work under class 5 clean room conditions.

The CleanBoy are remarkable for their extremely low noise emissions. Air is taken in from the ambient air via a pre-filter and then filtered through a high-performance filter before flowing across the workstation as a laminar airflow. Laminar means that the strata of air flow in parallel.

That is why the Spetec CleanBoy is equipped with a type H 14 filter. This has a filtration efficiency of 99.995 %. This means that the filter captures at least 99.995 % of all particles of a size of 0.12 μm (as per MPPS). The filtration efficiency is approx. 99.9995 % for particles with a size of 0.3 μm. Thanks to the use of the H 14 filter, the CleanBoy has an isolation factor of 10,000. This means that the air quality in the clean room station is at least 10,000 times better than that of the ambient air.