Hypoxia & Environmental Control Chambers
Accurately replicate physiological oxygen conditions with Biospherix’s cutting-edge hypoxia and environmental control chambers. Designed to mimic low-oxygen environments, these systems provide precise O₂ regulation, allowing researchers to study cellular responses under true to life microenvironments. Essential for cancer research, stem cell biology, regenerative medicine, and tissue engineering, these chambers enable scientists to explore the effects of hypoxia, normoxia, and dynamic oxygen fluctuations with unparalleled control and reproducibility.
Unlike traditional incubators, Biospherix chambers feature contamination-free, closed-system designs, ensuring stable culture conditions without exposure to external fluctuations. Automated, real-time monitoring allows for seamless oxygen regulation, maintaining ideal conditions for long-term cell culture studies, hypoxia-inducible factor (HIF) research, and ischemia modeling.
Key benefits include:
- Precision-controlled oxygen environments, replicating in vivo-like conditions.
- Sterile, contamination-free design, ensuring stable and reproducible cultures.
- Automated O₂, CO₂, and humidity regulation, eliminating environmental variability.
- Optimized for cancer metabolism, neurobiology, and stem cell research.
Advance your research with hypoxia controlled environments that deliver consistent, reliable, and physiologically relevant results.
