InvitroFertilization IVF Class II Type A2 Biological Safety Cabinets With Extra-Large Work Area Height

superior ergonomic design & styling
negative pressure double-wall housings for containment
all stainless steel work zone construction with radiused corners
spacious work zone interior
smooth & effortless sliding tempered glass window, closes completely
THERMOFOIL HEATING SYSTEM for accurate & reliable thermal control of the worktop
advanced PID microprocessor controls
microprocessor-controlled diagnostic system with digital display & audible alarm
hourmeter
delayed-automatic-off timer
elapsed / event timer
automatic/selectable boost mode for increased containment
ISO Class 5 (Class 100) air cleanliness work zone for absolute product protection
ZERO-LEAK airflow system for enhanced safety
reliability-proven design & performance

Gelman IVF Class II Type A2 Series Laminar Flow Biological Safety Cabinets with Extra-Large Work Area Height are designed to accommodate large microscopes & monitors, laboratory equipment, robotic & automated systems etc.
Cabinets are designed to provide a high degree of personnel, product, environment protection & widely used by scientists and researchers specializing in critical invitro-fertilization research programmes.

The Gelman IVF Class II Type A2 Series Laminar Flow Biological Safety Cabinets with Extra-Large Work Area Height maintain an average inflow velocity of 100 fpm through the work access opening.
An effective air barrier between the operator and the work zone, maintained by an inflow of room air into a full-width front grille in the work opening provides personnel and environment protection.
The barrier air blends with the contaminated work area air in a sump beneath the work surface and is partially recirculated back to the work area through a supply HEPA filter on top of the work zone.
The recirculated air is HEPA-filtered to create a biological-clean work environment for product protection.
The GELMAN ZERO-LEAK airflow system ensures that all positive pressure zones are surrounded by negative pressure zones to contain potentially-hazardous aerosols.