Class II A2 Mini Biosafety Cabinet with Adjustable Centrifugal Fan and HEPA H14 Filter

This Class II A2 mini biosafety cabinet is designed to provide a sterile and safe working environment, ideal for molecular diagnostics, bioprocessing, and synthetic biology workflows. Its compact dimensions (70x65x123 cm LxWxH) optimize laboratory space while ensuring essential bio-containment.

Key technical features include:

• Adjustable centrifugal fan for precise control of airflow velocity: ascending flow at 0.53±0.025 m/s and descending flow at 0.33±0.025 m/s, critical for maintaining contamination-free conditions.
• Air recirculation ratio of 30/70, with a certified HEPA H14 filter, ensuring removal of airborne particulates and pathogens essential in biomedical engineering and molecular cloning applications.
• Motorized front sash window with safety height alarm enhances user protection and ergonomic access during live-cell imaging and fluorescence analysis.
• Interior constructed from stainless steel (inox) for durability and easy decontamination.
• Equipped with white and UV germicidal lighting to sterilize the work area between procedures, supporting contamination control in clinical diagnostics and biopharmaceutical production.
• Two internal power outlets facilitate the connection of laboratory instruments within the sterile workspace.
• Remote control operation and LCD display provide real-time monitoring of airflow, temperature, humidity, filter pressure, UV lamp runtime, and filter usage hours, enabling proactive maintenance to ensure reliable biosafety.
• Alarms notify users of incorrect airflow, filter replacement needs, and improper sash height, vital for adherence to biosafety standards in biotechnology laboratories.
• Optional sturdy support structure available for enhanced stability (+250 €).

This compact biosafety cabinet is widely adopted in synthetic biology research and biomanufacturing, being critical for maintaining aseptic conditions and protecting personnel during gene editing, cell culture, and molecular cloning workflows.