Hypoxia Incubator
GC-TD
Hypoxia Incubator provides a controlled and consistent gas environment to maintain stable hypoxic conditions for cell and tissue culture research. With precise control of oxygen, carbon dioxide, and temperature, this incubator is suitable for a variety of applications, including tumour research, neurology, stem cell research, and cardiovascular research.
Features :
- Modes available: hypoxia mode, CO2 mode, Anaerobic mode
- Precise gas control:
O2 control from 0.1% up to 20.9%, in 0.1% increments
CO2 control from 0.03% up to 20%, in 0.1% increments. - Programmable four-stage hypoxia cycle
- Sensor calibration: The O2 and CO2 sensor can be calibrated with a choice of one-touch or known point calibration
- Data recording: USB data logging system with continuous data storage: time, date, O2 (set/actual), CO2 (set/actual)
Description
Our hypoxia incubator features precise oxygen control from 0.1% up to 20.9%, in 0.1% increments, carbon dioxide control from 0.03% up to 20%, in 0.1% increments, and a water pan or superabsorbent polymers for water retention.
Available in a variety of sizes and options, the hypoxia incubator has two parts, a chamber, and a controller. You can choose from two or three chambers with one gas controller that can have separate gas environments. Customized incubators are also available to meet your specific research needs.
simulate physiological and pathological oxygen environments for continuous cell culture and other tasks.Specifications
Constantly control and monitor the internal environment
O2 Control: 0.1% – 20.9%, in 0.1% increments (Optional Anaerobic System)
CO2 Control: 0.03% – 20.0%, in 0.1% increments
One-touch calibration for O2 and CO2 sensor
Optional Temperature Control (GC-CT): 5°C above ambient up to 45°C, in 0.1°C increments
Humidity: water tan or superabsorbent polymers
Programmable four-stage hypoxic cycle
User can preselect 4 levels of O2 and CO2 and set the duration of each pair of set points.Two models are available: built-in air pump model or compressed air cylinder model
The first model features a built-in air pump, allowing for changes in oxygen concentration without the need for a compressed air cylinder. The second model operates with a traditional compressed air cylinder, which requires connection to a cylinder for quick changes in oxygen concentration.