CO2 incubators play a critical role in a wide range of clinical and life science research laboratories. They designed to provide a reliable controlled in-vitro environment for optimum tissue cell culture growth. The chamber also provides an environment for the storage and preservation of gametes and animal tissue cell cultures intended for research at or near body temperature. The parameters that contribute to optimum growth conditions are humidity, temperature control, sterility, CO2 gas control, and/or O2 control.
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Product specifications for LabGard Class II, Type A2 Biosafety Cabinet (BSC) model NU-540 115-volt from NuAire Laboratory Equipment.
LabGard model NU-430 Class II, Type B2 Total Exhaust Biosafety Cabinet specification.
View specifications for NSF/ANSI 49 listed LabGard Model NU-427 Class II, Type B1 Biosafety Cabinet.
LabGard AIR Model NU-543 Class II, Type A2 Biosafety Cabinet provides long lasting personnel, product, and environmental protection through advanced construction techniques and electronic controls.
In-VitroCell CO2 Incubators from NuAire provide optimal growth conditions for your cells. Available in direct heat and water jacket with popular upgrades such as O2 control, RH Control, and more.
The Class II, Type C1 Biosafety Cabinet (BSC) is similar to a Type B1 regarding airflow pattern. The Type C1 has a portion of the work surface to exhaust air.
Learn the technical side of the NU-5800 Series Direct Heat CO2 Incubator. Dimensions, performance, and more.
LabGard model NU-813 is a Class I Containment Ventilated Enclosure providing personnel protection for handling low-risk aerosols and particulate matter.
Learn the proper use procedures from start up to shut down when using your Biosafety Cabinet.
Centrifuges must be operated correctly and undergo regular maintenance in order to achieve maximum lifespan.
We asked NIH National Biosafety and Biocontainment Fellows what some of the most common mistakes made when working with a Biosafety Cabinet.
When working in your biosafety cabinet with hazardous drugs it is important to learn the proper procedure from beginning to end.
Good technique when working within a Class II Biosafety Cabinet will minimize air turbulence and prevent splatter or unwanted spread of aerosols.
It happens at some point to even the most seasoned laboratory technician that a spill occurs within the Biosafety Cabinet (BSC). Here are a few steps to cleaning a spill in a BSC.
The result of lower Biosafety Cabinet downflow velocities result in a higher level of sample cross-contamination using traditional work practice guidelines.