Advanced Oxygen Controlled Cellular Research Hypoxia Chamber

The ESCOLABS Hypoxia Chamber is a controlled-atmosphere research system designed for studies requiring precise low-oxygen environmental conditions. It is suitable for cancer research, stem cell research, cardiovascular research, neuroscience, immunology, cellular biology, reproductive research, and IVF laboratory applications.

The chamber uses controlled nitrogen and carbon dioxide gas mixing to reduce oxygen concentration from ambient conditions to hypoxic levels, with the system designed to achieve oxygen concentrations down to approximately 1%. Advanced oxygen sensor technology and closed-loop gas regulation help maintain stable and reproducible experimental conditions.

For improved atmospheric control during sample handling, the chamber is designed with airtight glove ports, rapid-purge airlock functionality, and responsive gas regulation, helping minimize unwanted atmospheric air infiltration. The controlled environment supports experiments involving oxygen-sensitive cell lines and biological samples.

The chamber incorporates a heavy-grade stainless-steel interior housing for durability and convenient cleaning, along with scratch-resistant acrylic viewing panels that provide visibility of the working area. Its construction is intended to withstand routine laboratory cleaning and decontamination procedures.

The modular chamber-volume design allows configurations suitable for different laboratory setups, including applications involving inverted microscopes and multi-tier culture racks. Continuous environmental monitoring and precise gas control support consistent experimental conditions for demanding cellular and biological research.