Animal hypobaric experimental chamber is designed to simulate low-pressure, low-oxygen environments equivalent to altitudes of up to 8000 meters. The internal pressure can be precisely adjusted to meet specific research needs, making it suitable for studying altitude-related physiological responses, hypoxia, and disease modeling. It supports a wide range of animal types, including rabbits, dogs, and cats, and is widely used in laboratory settings for environmental adaptation and pharmacological testing.

The hypobaric oxygen environment control system is designed to replicate the key characteristics of high-altitude conditions such as low atmospheric pressure and reduced oxygen concentration. By creating a stable low-pressure environment, the chamber enables accurate simulation of hypoxic conditions found at high altitudes.

This hypobaric system supports a wide range of research applications, including high-altitude medicine, cerebral edema studies, and various low-pressure-related scientific investigations. It is an essential tool for laboratories studying the physiological and pathological effects of hypoxia in controlled animal experiments.