Hyperbaric chamber medical equipment is used to deliver hyperbaric oxygen therapy (HBOT), which involves breathing pure oxygen in a pressurised environment. This article explores the types of hyperbaric chambers, key components, the role of medical-grade chambers, and the benefits and safety measures of HBOT.
Hyperbaric oxygen therapy increases the oxygen concentration in the blood through a pressurised environment. The increased oxygen levels enhance the healing process, supplying oxygen-rich plasma to tissues that need it. Both monoplace and multiplace chambers rely on a pressurised environment to be effective, including hyperbaric oxygen treatment and hyperbaric oxygenation.
Patients may experience various sensations as their bodies adjust to the hyperbaric conditions inside the chambers. Although the pressurised environment may feel unusual initially, it is crucial for facilitating oxygenation. This method supports the body’s natural healing processes, making hyperbaric oxygen therapy a vital tool in modern medicine.
What Are Hyperbaric Chambers?
Hyperbaric chambers are specialised medical devices designed to deliver hyperbaric oxygen therapy.
Monoplace vs Multiplace Chambers:
Monoplace Chambers
A monoplace chamber is designed for a single patient and typically resembles a long tube-like shell where the individual is enclosed and provided 100% through a mask. The benefit of a monoplace chamber is that pressure can be adjusted according to a single patient’s needs, especially for cases where individuals need to be pressurised at slower rates.
Multiplace Chambers
Multiplace chambers can accommodate multiple patients who breathe pure oxygen through masks or hoods during treatment. Despite their spacious interior, multiplace chambers allow less privacy and unspecialised treatment.
Soft vs Hard Shell Chambers:
Soft Shell Chambers
Soft Shell Chambers are portable, flexible chambers made of durable, airtight materials like reinforced polyurethane. They typically operate at lower pressures, around 1.3 to 1.5 ATA (atmospheres absolute), making them accessible for at-home treatments. However, the lower pressure and less concentrated oxygen levels may limit their effectiveness for certain medical conditions. Due to their smaller, inflatable design, soft shell chambers can feel more claustrophobic, as the space is more confined and the walls can feel closer, which may be uncomfortable for some users.
Hard Shell Chambers
Hard Shell Chambers are rigid, hospital-grade units made from robust materials like steel or acrylic, allowing them to reach higher pressures, typically up to 2.0 to 3.0 ATA. These chambers can deliver 100% oxygen, making them more effective for a broader range of conditions. Hard shell chambers provide a more spacious environment, often equipped with clear acrylic windows that allow for visibility and reduce feelings of confinement. Although they operate at higher pressures (up to 2.0 to 3.0 ATA), which can feel more intense, the adjustable seating, temperature control, and the ability to see outside can make the experience more comfortable and less claustrophobic.
At OXY+, we use medical-grade hard-shell monoplace chambers to ensure our patients experience maximum comfort and satisfaction during their appointments. This also allows us to tailor patient treatment plans to their specific conditions.
Use of Medical-Grade Oxygen
Medical grade hyperbaric oxygen chambers use 100% oxygen to maximise the therapeutic benefits of the treatment. Under normal conditions, the air we breathe contains about 21% oxygen, but within the medical grade chambers, the concentration is increased to 100%. This significantly boosts the amount of oxygen that can be dissolved in the blood plasma and tissues, especially when combined with the increased pressure inside the chamber. This enhanced oxygen delivery helps promote faster healing, reduces inflammation, fights infections more effectively, and improves tissue regeneration.
The use of medical-grade hyperbaric chambers significantly enhances the effectiveness of hyperbaric oxygen therapy. These chambers must comply with stringent standards set by regulatory bodies such as the FDA to ensure safety and efficacy. The use of 100% oxygen is crucial for treating a variety of conditions, particularly those involving poor circulation, wounds that are slow to heal, and areas of the body with compromised blood supply.
At OXY+, we use medical-grade oxygen with a purity level of 100%, delivered from external oxygen tanks via specialised medical BIBS masks. By exclusively using medical-grade hyperbaric oxygen chambers, OXY+ stands out in the field of HBOT. This commitment to quality and safety not only enhances treatment effectiveness but also provides peace of mind to patients and healthcare providers.
Safety Measures in Hyperbaric Medicine
Safety is paramount in hyperbaric medicine, with continuous monitoring in medical-grade hyperbaric chambers being crucial. This enables immediate responses to any adverse reactions, ensuring a safe and effective therapy process. A thorough pre-assessment is also essential to identify potential risks and tailor the therapy to the patient’s specific needs.
Patients are usually advised to wear 100% cotton clothing for safety, as the high oxygen environment inside hyperbaric chambers necessitates strict safety checks. Therefore, all personnel in hyperbaric facilities must be properly trained and adhere to safety protocols.
OXY+ for Hyperbaric Oxygen Therapy in Newcastle
OXY+ is a leading hyperbaric oxygen therapy centre located in Newcastle Upon Tyne, known for its commitment to providing high-quality HBOT treatments. At OXY+, we focus on evidence-based treatments supported by scientific research, ensuring the highest standard of care for our patients.
We offer custom-built pressurised mono chambers enabling precise regulation of oxygen levels and pressure, optimising individual treatment outcomes. These chambers allow us continuously monitoring and adjusting oxygen and pressure levels throughout therapy sessions and using medical-grade chambers designed to adhere to strict safety standards.
We Also Provide Comprehensive Aftercare Support
Aftercare support is vital to maximise the benefits of hyperbaric oxygen therapy. At OXY+, we provide comprehensive aftercare services designed to ensure the unique recovery needs of patients. These aftercare services ensure patients achieve optimal health and performance with ongoing support and monitoring. Schedule a consultation with us today to get started.