SafeFAST Top
The SafeFAST Top is a Class II A1/A2 microbiological safety cabinet belonging to the latest generation of laminar flow systems developed by Faster. Made from high-quality materials, it complies with the most stringent safety standards, including European standard EN 12469:2000.
This model is designed for more demanding environments or high-end laboratories requiring advanced functionality and enhanced comfort. It is perfect for applications requiring frequent handling and optimal ergonomic performance. It includes additional control technologies and ergonomic features, such as a touch screen, advanced alarms and a more powerful LED lighting system.
Key features
Efficient filtration system : SafeFAST Top recycles 70% of the air through a class H14 HEPA/ULPA main filter inside the hood, while the remaining 30% is expelled through another class H14 HEPA/ULPA filter, ensuring optimum protection for the operator, the product and the environment.
Ergonomic design: the inclined front window made of safety glass offers optimum visibility of the work area. This window is motorized, allowing easy opening and closing for easy access during cleaning and maintenance.
Easy maintenance: The stainless steel worktop features removable sections for easy cleaning and sterilization. What's more, the station is designed to pass through 800 mm door openings, with a reduced depth after removal of the rear panel, simplifying installation.
Advanced control system: Equipped with an automatic regulation system and a monitoring microprocessor, SafeFAST Top ensures reliable performance and enhanced safety when handling pathogens.
Operating principle
Ambient air is drawn in through slots in the stainless steel base of the front opening, passes under the work surface and is then directed into the plenum of the recirculation and exhaust fans. The negative-pressure plenum's "bio-dynamic sealing" system ensures that all contaminated particles are confined within the system and captured by HEPA/ULPA H14 filters. 70% of the filtered air is recirculated in vertical laminar flow into the work chamber, while the remaining 30% is vented to atmosphere.