Environmental Animal Chamber Specifications

The environmental animal chamber developed by General Biophysics is a precision-engineered system designed for controlled gas exposure in laboratory settings. It is optimized for xenon inhalation and other noble gases, supporting advanced research in neurodegeneration, addiction, and biomedical sciences.

This chamber enables safe and efficient treatment or testing of small animals by maintaining stable environmental conditions. The system is designed to minimize gas consumption while ensuring sufficient space and comfort for animal housing, making it both practical and cost-effective for research facilities.

Equipped with a gas feeding and mixing system, the chamber allows precise control of gas composition. The integrated recirculation system helps manage CO₂ levels and maintain consistent atmospheric conditions. Continuous monitoring of oxygen and carbon dioxide ensures safety and reliability throughout experiments.

For enhanced accuracy, the chamber can be integrated with inline thermal conductivity sensors to measure noble gas concentrations such as xenon. This allows researchers to maintain precise control over gas exposure levels, even in dynamic biological environments.

Key specifications include support for simultaneous treatment of multiple animals, optimized chamber volume, efficient recirculation pump capacity, and low power consumption. These features make the system suitable for both academic research and industrial applications.

General Biophysics environmental chambers provide a scalable and reliable solution for laboratories seeking advanced gas control technologies and reproducible experimental conditions.