Nuaire Biosafety Cabinet Training

Class ii bscs the most common cabinets used in laboratories are designed to provide personnel protection for you and those around you product protection for your samples and environmental protection.

Nuaire biosafety cabinet training.

Nuaire biological safety cabinets provide personnel product and or environmental protection when looking to obtain optimum control over product quality while reducing the potential for exposure. A biological safety cabinet bsc is the primary means of containment developed for working safely with infectious microorganisms. To ensure your bsc is performing at safe airflow levels your cabinet needs to be certified to ensure airflows inflow and downflow are meeting the manufacturer s performance specifications. Learn such topics as different classes and types of bsc key considerations before procuring a new bsc.

Watch and listen to our national sales manager drew pippin teach the basics about biosafety cabinets bsc and the beginning steps of selecting the proper bsc for your application. Proper aseptic technique when working within a class ii biosafety cabinet bsc will minimize air turbulence and prevent splatter or unwanted spread of aerosols. Here are ten tips to help you work safely with your biological safety cabinet when working in the compounding pharmacy. Nuaire schedules training courses which are designed to provide you with the knowledge experience and confidence needed to understand and effectively service laboratory incubators ultra low freezers centrifuges and laminar airflow products.

Share this infographic on your site. Nuaire has teamed up with the ifba international federation of biosafety associations to help address the lack of trained and qualified biocontainment engineers who can install and maintain biosafety cabinets in a cost effective and practice manner around the world. Co2 incubator calibration video. Nuaire manufactures nsf ansi 49 and en12469 certified class i and class ii biosafety cabinets bscs that provide personnel product and environmental protection through the use of laminar air flow and hepa filtration when looking to obtain optimum control over product quality while reducing the potential for exposure.