Our Hard HBOT Chamber
HYPERBARIC OXYGEN THERAPY: AN IMPRESSIVE TREATMENT IN THE MEDICAL WORLD
Our Hard HBOT chamber
Our Hard HBOT chamber ensures an optimal Hyperbaric Oxygen Therapy (HBOT), an impressive treatment in the medical world, tackling many diseases and conditions, from speeding up wound healing to minimizing neurological issues. If you have been researching HBOT you probably have discovered that there are 2 types, hard and soft shell chambers. The following will explain the difference.
HARD CHAMBERS VS SOFT CHAMBERS
Understanding The Difference Of Our Hard HBOT Chamber
Hard chambers are crafted from steel and acrylic materials. They’re all about handling high pressures and creating that perfectly controlled space so HBOT can reach its maximum effectiveness.
Conversely, soft chambers are constructed using durable fabrics, and they feature a zipper closure. Prior to inflation, these chambers resemble empty bags, like balloons.
Advantages Of Our Hard HBOT Chamber
Backed By Science
Hard chambers are the only type of HBOT chamber that have over 30,000 clinical studies proving clinical effectiveness. Hyperbaric Lab offers hard chambers that are FDA approved for human occupancy and for treating many health conditions.
Higher Pressures
Hard chambers are capable of pressures up to 30 psi (3ATA), while soft chambers can only reach 4.4 psi (1.3ATA). This is a tremendous difference in getting oxygen to where it is needed in the body. Because bacterial infections like Lyme disease and wounds need higher pressures, only hard chambers will work for curing these kinds of infections.
Medical Grade Standards
Hyperbaric Lab hard chambers are thoroughly cleaned and sanitized, only with the hard shell hyperbaric chambers is it possible to reach this level of cleanliness, achieving the same level of cleanliness with soft chambers is impossible.
Consistent Pressurization
The rigid structure of hard chambers ensures consistent pressurization throughout the treatment session. This consistency is essential for achieving optimal therapeutic results, as any variations in pressure could affect treatment outcomes.
Better Monitoring And Access
Hard chambers are much easier to get in and out of as well as see into and out of. These are important factors when helping Hyperbaric Lab patients have a good HBOT experience.
Backed By Science
Hard chambers are the only type of HBOT chamber that have over 30,000 clinical studies proving clinical effectiveness. Hyperbaric Lab offers hard chambers that are FDA approved for human occupancy and for treating many health conditions.
Higher Pressures
Hard chambers are capable of pressures up to 30 psi (3ATA), while soft chambers can only reach 4.4 psi (1.3ATA). This is a tremendous difference in getting oxygen to where it is needed in the body. Because bacterial infections like Lyme disease and wounds need higher pressures, only hard chambers will work for curing these kinds of infections.
Medical Grade Standards
Hyperbaric Lab hard chambers are thoroughly cleaned and sanitized, only with the hard shell hyperbaric chambers is it possible to reach this level of cleanliness, achieving the same level of cleanliness with soft chambers is impossible.
Consistent Pressurization
The rigid structure of hard chambers ensures consistent pressurization throughout the treatment session. This consistency is essential for achieving optimal therapeutic results, as any variations in pressure could affect treatment outcomes.
Better Monitoring And Access
Hard chambers are much easier to get in and out of as well as see into and out of. These are important factors when helping Hyperbaric Lab patients have a good HBOT experience.
Limitations Of Soft Hyperbaric Chambers vs Our HBOT Chamber
Less Oxygen
The soft shell zip-up chambers provide about 24-30% oxygen compared to the hard chamber where the patient is breathing pure oxygen. You would need 20 to 40 treatments with a soft shell to match the power of one session in hyperbaric oxygen hard shell chamber.
Limited Pressure Range
Soft chambers have a lower pressure capacity compared to hard chambers. This restricts their application to conditions that do not require higher pressures for effective treatment. Researchers have conducted minimal research using this low pressure.
Pressure Fluctuation, Less Precision
Soft chambers can experience pressure fluctuations during treatment due to their design. These fluctuations can impact the consistency and effectiveness of the therapy.
Reduced Safety Measures
While soft chambers make efforts to ensure safety, they might not meet the stringent safety standards of hard chambers utilized at our Hyperbaric Lab facility.
Less Oxygen
The soft shell zip-up chambers provide about 24-30% oxygen compared to the hard chamber where the patient is breathing pure oxygen. You would need 20 to 40 treatments with a soft shell to match the power of one session in hyperbaric oxygen hard shell chamber.
Limited Pressure Range
Soft chambers have a lower pressure capacity compared to hard chambers. This restricts their application to conditions that do not require higher pressures for effective treatment. Researchers have conducted minimal research using this low pressure.
Pressure Fluctuation, Less Precision
Soft chambers can experience pressure fluctuations during treatment due to their design. These fluctuations can impact the consistency and effectiveness of the therapy.
Reduced Safety Measures
While soft chambers make efforts to ensure safety, they might not meet the stringent safety standards of hard chambers utilized at our Hyperbaric Lab facility.
Conclusion
Given the differences, it is a factual conclusion that Hyperbaric Lab chooses hard chambers for our patients in order to maximize optimal healing.
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