Fumehoods and Biological Safety Cabinets Products & Reviews

4-gas microaerobic workstation for the study of fastidious organisms

The tall, wide, deep hypoxic chamber from the Whitley range

Anaerobic workstation

Large hypoxic workstation with HEPA filtration

A hypoxystation with a 30 litre airlock and the option of refrigeration unit

Air Science Vent-Box ductless filtration systems are modular ventilation and filtration units designed to protect laboratory personnel from chemical vapors found inside of stand-alone chemical safety cabinets.

DWS Downflow Workstations are ductless fume hoods designed to protect the user and the environment from hazardous vapors generated on the work surface. Unrestricted front and side access permits applications requiring complex user involvement. Downward airflow in the chamber protects the operator.

The EDU Series Ductless Demonstration Fume Hoods for individual and group applications protect the user and the classroom environment from hazardous vapors. Clear front, side and rear walls permit 360° visibility.

The Fume Box ductless enclosures are designed to protect the user from chemicals, vapors or non-toxic powders during low-volume chemical manipulations by effectively containing low concentrations of noxious fumes, vapors, or powders.

The Purair ECO Series high efficiency ductless fume hoods protect the user and the environment from hazardous vapors generated on the work surface.

The Purair RX Balance Hood is a Class I enclosure that meets USP 800 requirements for non-sterile compounding procedures.

We build custom enclosures for specific customer requirements and applications. Each unit is designed to maximize operator safety and accessibility, and is tested and certified to factory specifications and industry standards.

With a HEPA main filter formulated to contain any particulates or biological material that might be present on swabs, Safeswab is used to safely dry evidence swabs while protecting them from cross-contamination.

Air Science Purair Horizontal Laminar Flow Cabinets are a series of high-efficiency products designed to protect equipment and other contents of the work zone from particulates, for applications sensitive to such contamination.

Protects the operator from nanomaterial particles (less than 100nm in size) encountered during processing of carbon nanotubes, lithium batteries, and rare earth metals.

Air Science provides containment solutions to meet any analytical need. The Purair Flex glove bag is a portable, cost-effective flexible film isolator with more volume, easy setup and safety options.

Ideal for containment of powders and fumes during compounding or weighing, Vented Enclosures offer important safety features that are not found with any other competitive products.

The Purair SafeSEARCH ductless fume hoods are a series of high efficiency workstations designed to increase protection from drugs, chemical vapors and particulates during the packaging examination process. 

One of our most compact workstations; the A25 has capacity for 200 petri dishes and is equipped with many unique features to ensure easy and efficient use and to guarantee that the very best anaerobic conditions are maintained.

A huge, double workstation perfect for accommodating a variety of laboratory equipment.

A tall, wide, anaerobic workstation fitted with the unique internal HEPA filtration system.

The Whitley H95 Hypoxystation has been designed specifically for researchers requiring the ability to accurately control O2, CO2, temperature and humidity.

The Whitley M85 variable atmosphere workstation is ideal for the study and isolation of Campylobacter spp, Helicobacter pylori and other similarly fastidious microaerophiles.

The H25 Hypoxystation creates hypoxic and anoxic conditions within a controlled and sustained workstation environment. For cell and tissue culture researchers who want a small chamber with stable conditions in which to accurately control oxygen, carbon dioxide, temperature and humidity, this workstation is ideal.

The Green solution to Modern Chemistry.