Vertical laminar flow Class II A2

MAS Laminar flow hoods are designed to protect samples and parts from particulate contamination. Air flows in a uniform direction with a constant speed within the enclosed bench with little to no crossover air streams. Airborne contamination is filtered through HEPA (filter 99.99% @ 0.3µm) or ULPA (99.999% @0.12µm) filters providing the cleanest work area. Laminar flow hoods are available in horizontal or vertical airflow configurations. A horizontal flow hood will move air from the back of the unit through HEPA or ULPA filters and to the front of the work surface. A vertical flow hood will move air from the top of the unit through filters and down to the work surface. Things to consider before purchasing a flow hood is the direction the air should flow, operator safety, clearance requirements, work surface required. Fans and filters are positioned at the top of a vertical configuration hood. Particles not captured by the filters are pushed out through front access area of the unit. A vertical flow helps move micro-contaminates onto the work surface or the laboratory floor, eliminating contaminants from floating around inside the enclosure. Laboratories with limited floor space may want to go with a vertical configuration. Since the fan and filters sit at the top of the unit the flow hood can be installed on a standard lab bench. Unlike a vertical flow hood, a horizontal flow configuration hood will require additional rear clearance to allow air to enter the enclosure. A deeper workbench and floor space will be required due to fan and filter placement.Class II BSC’s is a combination of Laminar flow hood and a laboratory fume hood that Provides personnel, product, and environmental protection, Biosafety Class II is to maintain the sterility of materials inside. HEPA filtered of laminar air flow towards the work zone.