HypOxystation® H135
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main product h135

HypOxystation is the only hypoxic chamber purpose built for physiological cell culture research. Specifically designed to create normoxic, hypoxic and anoxic conditions within a controlled and sustained workstation environment; this hypoxic incubator is ideal for research requiring the ability to accurately control O2, CO2, temperature and humidity. With such accurate control and the ability to manipulate cells in situ without altering the incubation environment, research into cell biology can be performed over a comprehensive range of oxygen tensions with precision.

The H135 is the tallest, widest, deepest hypoxic chamber in the Whitley range. It has a usable internal volume of over 800 liters and can accommodate a variety of items of equipment such as live cell imaging devices, microscopes, plate readers, etc. The generous internal height facilitates easy pipetting. All cell manipulations can be performed without removing them from your required hypoxic conditions. The entire chamber is a working and incubation space.

This hypoxia workstation has been designed in conjunction with cell biology researchers to ensure ultimate performance combined with user comfort, convenience and reliability.

H135Microscope web

Specs:

  • Capacity (Liters):826
  • Airlock Size (d x h): 8.7in x 7.5in
  • Airlock Cycle Time: 60 Seconds
  • Automatic Dehumidifier: Fitted as standard
  • Removable Front: Fitted as standard
  • Gas Supplies: CO2/Air/N2
  • External Dimensions (w/d/h in): 57.2 / 41.5 / 39
  • Internal Dimensions (w/d/h in): 41.75 / 29.5 / 28
  • Weight (lbs/kg): 386 / 175
  • CO2 Control: Fitted as standard
  • CO2 Monitoring: Fitted as standard
  • Temperature Range: 12°C above ambient to 45°C
  • Electricity: 110V, 50-60 Hz

Features

  • Control O2 in 0.1% increments from 0.1% - 20%
  • Control CO2 in 0.1% increments from 0.1% - 15%
  • Control relative humidity up to 90%
  • Control temperature easily and precisely
  • Touch screen interface to monitor all parameters simultaneously
  • Straightforward calibration of gas sensors without removing sensors from the chamber or disrupting the working atmosphere
  • Real time feedback system monitors and adjusts O2 levels to insure accuracy; CO2 feedback is also available
  • Integrated gas control minimizes bench space requirements; no bulky external gas mixing system
  • Data logging of all parameters for up to 30 days
  • USB port for data transfer
  • Available O2 profiling

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