The Whitley H55, like our other Hypoxystations, provides the facility to mimic in vivo conditions, providing a continuous cell culture environment that eliminates cellular stress linked to variations in temperature, pH levels and oxidation, yielding better cell lines. This workstation has two airlocks and allows you to control O2 in 0.1% increments up to 20%; CO2 in 0.1% increments up to 15%; and relative humidity up to 80%. This provides flexibility in your research and confidence in your results.
The H55 has four oval, sleeved portholes and two airlocks (one on the left and one on the right). Two people can easily work side-by-side in this chamber, in the same environmental conditions.
A HEPA filtered version of the H55 is also available to provide levels of atmospheric cleanliness inside the workstation that exceed the requirements of ISO 14644 Class 3. All the atmosphere inside the chamber passes through the filter hundreds of times an hour, which ensure the chamber environment is cleaned quickly. The Enhanced Biological Containment system can also be specified. This option provides additional safeguards in reducing the possibility of bacteria contained inside workstations being released via the main chamber exhaust valve and the airlock exhaust valve.
If you need to aspirate biological liquid waste from inside the chamber, order with a Vacuum Take-off Port and the Whitley AsPROvac for the perfect package.
- Single plate entry system
- Data logging and oxygen profiling capability
- Internal electrical sockets
If you want to be able to operate your workstation with two different temperature levels, specify the dual temperature option. This provides a central divider between the workstation chambers allowing you to select different temperatures for each side. A manually operated sliding door between the two chambers allows items to be passed from one area into the other.
Applications for this instrument include cancer research, stem cell research, cardiovascular research, as well as many other types of cell and tissue culture work.