Home » The Technology Behind Hyperbaric Chamber: How Does It Work?

The Technology Behind Hyperbaric Chamber: How Does It Work?

by Amaan Talbot

The human body needs to breathe oxygen adequately for the proper functioning of organs and blood supply. But due to several activities, a person can experience decompression sickness. In this dangerous condition, nitrogen bubbles form in the blood, and it needs to be released from the body immediately to prevent death.

Hyperbaric oxygen chamber therapy is given to a person suffering from the bends. The chamber is available in different materials to treat various problems. This therapy also effectively increases the oxygen levels that are reduced by high altitude, diving deep, etc.

This write-up will help you know the technology behind this therapy and how a patient is treated. You can avoid the apparatus in every hospital in different sizes and structures. The working of the apparatus is quite the same, but it may look different. You must explore the technology behind this therapy.

About the Technology

It is a special chamber for lying a patient and is compressed with oxygen at high pressure. It helps in enhancing the oxygen levels in the human body. These chambers are available in different sizes. The smaller one can treat a single patient at a time. The chamber can be significant and treat more than one simultaneously in big hospitals.

Generally, this therapy is done for 90 minutes with variable pressure between 2 to 3 ATA. In every session, the therapeutic momentum is well-maintained. You can explore and order different types of oxygen Hyperbaric chambers by visiting Oxyhelp.com.

The Technology of Different Styles of Hyperbaric Chambers

1. Air Compressed

Source: healthline.com

It is a steel-wall chamber that consists of a stretcher or a comfortable seat with external-view windows. It is simple for a single person to sit or lay on the seat for the therapy. Compared to atmospheric pressure, the internal air pressure is around 2 ATA.

But if we consider the maximum level of air containing oxygen and nitrogen, it is around 3 ATA. Patients must wear a hood or a mask that seals their necks during the treatment. The doctor counts the time of breathing oxygen. The operator must be well-trained to perform this therapy.

2. Oxygen Compressed

A patient can lie entirely in this chamber and be appropriately sealed to get full oxygen exposure. It is a cylindrical chamber made up of Plexiglass, and it is easy to get a complete inner and outer view. The pressure of providing oxygen is quite limited to 3 ATA, which is also considered the maximum limit.

A patient can get oxygen to their skin and lungs through this method. If you compare this method with the air-compressed one, you must know that the patient is more exposed to nitrogen.

3. Inflatable Bags

It is a perfect chamber for people who are indulged in mountain sports. It works as a sleeping bag, through which they get an adequate amount of oxygen and hence, prevents the problem of altitude sickness. Both air and oxygen are compressed within the device by the fabric.

The operating pressure is around 2 to 3 ATA. It is necessary to buy the PVHO-standard device if you desire to operate it on low pressure. It is perfect for use in offices, homes or personal use. But before you use it yourself, ensure you acquire knowledge and know how it can be used safely.

4. Topical

Source: christianacare.org

This chamber looks like an acrylic box that consists of an opening to put pressure on only arms and legs. A rubber seal tightly locks your arm or leg within the box so you can manage the pressure. This box contains air and oxygen to pressure the body part.

There is a limited pressure option in this type. If you prefer to put your leg on, then the pressure can reduce the flow of blood in the limb. The maximum pressure you can use is 1 ATA. Your skin is also exposed to oxygen. You can expect this therapy to be less efficient.

5. Multiple

This type of hyperbaric chamber is perfect for treating many people simultaneously. The oxygen pressure can go beyond 6 ATA; hence, it helps treat decompression sickness. This problem is common in divers that go deep into the ocean quickly, and nitrogen bubbles form in their blood.

They need to be treated quickly because a little break can cause death. At once, multiple people can get this therapy. But it is necessary to take care of cleaning and hygiene to prevent contamination of the chamber and causing infections.

Factors that Affect the Efficiency of Oxygen Therapy

1. Duration

Source: wctv.tv

You can determine the efficiency of the therapy you are getting in different types of chambers by the duration of exposure to air or oxygen. The doctor will check how your body responds to the treatment and how frequently you are breathing.

2. Pressure

The minimum pressure is 1 ATA, which is common in topical chamber type. Generally, the pressure remains between 2 to 3 ATA. But if you prefer multiple options, then it can be more than 6 ATA. It is possible to change the pressure as per your requirement.

3. Frequency

Source: fuh.care

Every patient requires this therapy at different times. As per the frequency, the efficiency of the treatment depends. If your body needs more sessions, then you will see better results once you get it.

Final Thoughts

Hyperbaric oxygen chamber therapy is quite effective in treating breathing problems. In many situations, your body may lack oxygen levels, needing to be treated immediately before your condition worsens. Due to high pressure inside the chamber, your body quickly absorbs oxygen and lets your lungs work properly. It is easy to manage the pressure as per the patient’s requirement.

It is necessary to get it done by a trained physician or acquire knowledge if you need to do the same. If you do not know how to use the chamber, it is better to avoid operating it. Unknowingly, it can cause more damage to your body which is quite hard to treat.

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