05/16/2024
As you dive into the science of HBOT, you’ll learn that not all chambers are created equal. Divided into two categories, hard and soft/mild chambers, the difference isn’t just the material that the chamber is built of but also the experience and results.
Pressurization: This is what makes HBOT so effective. Thanks to Boyle’s Law, as we increase the pressure of the chamber the gas volume decreases. This results in higher concentrated oxygen that can saturate the blood plasma. Hard chambers are able to pressurize at a higher atmospheric pressure which means higher concentration of oxygen than soft chambers.
Oxygen Delivery: We currently breathe 21% oxygen on Earth. Mild chambers get between 24-26% and hard chambers get 100%.
Chamber shells: The material used on the outside of the chamber directly affects the pressure and oxygen delivery. Acrylic and/or steel is obviously stronger material than canvas and can withstand the high pressure and oxygen volume. Because of this, the patient will enter and exit through a chamber door that gets sealed by an HBOT tech vs. a zipper the patient can open and close themselves in a soft chamber.
Location: Hard chambers are a must-have for most hospitals. With about 14 conditions covered by insurance, many hospitals can treat patients on-site with a medical prescription. At Revival Hyperbarics, we look to treat the 14 conditions plus 20 more that HBOT is seeing great success with. Soft chambers also require a medical prescription and can be found at a wellness center or can be purchased for at-home use.
So, which one should you use? It depends on the condition and your goals. If you’re looking to relax and decompress, maybe a soft chamber. If you’re looking for true healing and recovery, then a hard chamber might be better. At Revival Hyperbarics, we’re happy to help answer any questions.
Medical disclaimer: information found in this post is only for educational purposes and not to be used to diagnose or treat any condition.
