Method and system for providing whole body cryotherapy

A system for automatically producing and monitoring a cryotherapy session within a chamber comprising:

• means for receiving input for a first temperature for the chamber associated with the cryotherapy session within the chamber;
• means for initiating a pre-cooling session for cooling the chamber to a second temperature which is different than the first temperature, the pre-cooling session comprising the means for initiating the pre-cooling session automatically activating a first remote control valve and a second remote control valve such that cryogenic gas flows into the chamber, and the means for initiating the pre-cooling session automatically activating a cryogenic heater when needed to keep the cryogenic gas at a predetermined temperature as the cryogenic gas exits a first nozzle and a second nozzle positioned within the chamber;
• means for determining if the second temperature has been reached in the chamber;
• means for deactivating the cryogenic heater and the first and second remote control valves in response to determining that the second temperature has been reached in the chamber;
• means for initiating the cryotherapy session within the chamber with the cryogenic gas for cooling the chamber to the first temperature, the cryotherapy session comprising the means for initiating the cryotherapy session automatically activating the second remote control valve, and the means for initiating the cyrotherapy session automatically activating a cryogenic heater when needed to keep the cryogenic gas at a predetermined temperature as the cryogenic gas exits a third nozzle positioned within the chamber;
• means for determining if the first temperature has been reached within the chamber;
• means for determining if a cooling rate for the chamber is being met;
• and
• means for determining if an overheat condition for the cryogenic heater exists during the pre-cooling session and the cryotherapy session.