Everything you need to Know about Oxygen Chamber

You take off your shoes, go to the camera, and press the “Start” button on the control unit. High-purity air with high oxygen content is supplied to the chamber. As the pressure increases and decreases, you need to “blow” your ears (such as when you take off and land on an airplane). After reaching the required pressure (2-5 minutes), the symptoms of “stuffy nose” will disappear. After 20-50 minutes of relaxation (depending on the selected time), the camera will automatically turn off and the pressure will be equal to atmospheric pressure within 5 minutes. The session ends.

This is what the oxygen enrichment process looks like in the oxygen chamber.

What will happen after the end

For athletes, this is:

-Increased endurance
-Quick recovery
-which performed
-Speed up adaptation

-Muscle growth
-Effective rehabilitation
-Improve training effect
-Negative doping test
-Weight control

For office workers:

-Work hard, overwork, and recover quickly after stress
-Improve brain function
-Improve efficiency
-Get rid of drowsiness, chronic fatigue syndrome and headache

For patients in medical clinics and beauty salons:

-Speed up the process of fat breakdown
-Skin cell renewal
-Improve the condition of hair and nails
-good mood 🙂

What is an oxygen chamber?

The oxygen chamber is a new-generation pressure chamber made of special materials. With the help of highly pure air or its mixture with oxygen, it can generate a pressure of 1.1-1.5 ATA above atmospheric pressure. N Transposition The pressurized oxygen chamber increases the biological energy of Obrations in each cell of the organism.

The oxygen chamber is used to recover athletes and perform physical therapy. Oxygen or pressure chambers are used by the world’s leading athletes: football players, wrestlers, weightlifters, participants of the Kazan Universiade. Such equipment is installed in leading sports clubs and clinics in Moscow and even around the world.

The HP1501 oxygen chamber is located in aluminum housing. It is installed in any office, fireproof and does not require consumables (masks and breathing circuits). Five available overpressure modes expand the treatment capacity of the pressure chamber. The pressure chamber operates in an automatic mode where the program starts and ends.

• Comfort-The most convenient way to enter the pressure room is to easily place the surgical procedure on the orthopedic mattress and pillow, and the large observation window eliminates the fear of enclosed spaces.
• Safety-After the procedure, the patient can leave the cell independently without medical staff. The patient will not remain locked in the pressure chamber.
• Professionalism-The presence of air conditioning allows you to operate in patient mode without causing technical interruptions and downtime.
• Simple-Installation compatible with other devices in any office is controlled by a nurse. No need to train employees.
• Trust-Delivery to public and private health institutions. After installing a pressure chamber, many customers subsequently purchased 2, 3, or even 5 pressure chambers in their facilities.

How the pressure chamber works

The working principle of the pressure chamber is to produce a certain proportion of air-gas mixture in a narrow space.

First, place the patient in the pressure chamber. If there is an oxygen atmosphere inside, all safety measures must be taken-the use of synthetic materials, cosmetics, electronic equipment and other items is prohibited. The oxygen atmosphere is very dangerous and may cause fire or explosion.

The air-gas mixture is then fed into the pressure chamber under pressure. The pressure rises steadily, so there is time to “purge”-the ears can be put away, which may cause barotrauma.

Set the pressure in the pressure chamber according to the process-from 1.1 ATA to 2-3 ATA. It is about 30 meters underwater.

In fact, a clean enclosed space is obtained-on the one hand an air-gas mixture is provided, and on the other hand mining work is also carried out. During operation, the valve made a strong hiss.

Medical Pressure Chamber

A medical pressure chamber is a medical device that looks like dark blue. The client is placed in a pressure chamber lying or sitting, he only needs to be there and inhale oxygen-enriched air. The pressure and oxygen concentration in the room are controlled by sensors and special valves. These indicators are monitored by doctors or other experts. The conditions created by the pressure chamber are similar to diving about five to ten meters below sea level. During this process, earplugs may appear. The hyperbaric oxygenation process is a process-from 10 to 40 processes. The duration of a session is from twenty minutes to one hour.

Even 50 to 60 years ago, many people saw and used the classic medical pressure chamber-a large metal cylinder, similar to dark blue. They are single and multiple.

A single pressure chamber with a small diameter, where people are placed horizontally, almost motionless. During the meeting, you can sleep or watch TV-usually hung on the wall or ceiling to see.

Multiple pressure chambers are designed for groups of 4 to 20 people. There are few such pressure chambers. They are mainly located in large clinics and hospitals, research centers and astronaut training centers. You can also meet divers and divers.

How is the pressure room training?

The whole process is very simple and comfortable; you can carry books, phones and tablets with you in a modern pressure room. Or just sleep.

1. Prepare
   Take off your shoes and bring a lollipop, a telephone or a book with you and placed in the pressure chamber.
2. Compression
   Within 5 minutes, the pressure will rise to the working state -1.3 ATA. It will be a bit of an ear, but it is easy to make up with candy
3. Conference
   40 minutes to fall asleep or start a business
4. Decompression
   Within 5 minutes, the pressure will drop to normal level, you can open the pressure chamber-the session has ended

Is Pressure chamber-beneficial or harmful?

During hyperbaric oxygenation, the oxygen saturation in the blood is much higher than during normal breathing. Oxygen and blood penetrate into all parts of the human body, especially those parts in urgent need of such intake. In this process, the human body begins the regeneration process in all tissues such as nerves, muscles, bones, cartilage and so on. Oxygen stimulates the normalization of fat tissue volume. High-pressure oxygenation helps burn excess fat.

How to treat the pressure chamber?

Vascular pathology: Eliminate vascular diseases of the extremities, trophic ulcers caused by disorders of the circulatory system, vascular gas embolism, etc.
Cardiac pathology: coronary heart disease (IHD), angina pectoris, arrhythmia, systole, heart failure, post-infarct condition decompensation, cardiac glycoside poisoning, pulmonary heart failure and other arrhythmic variations.
Gastrointestinal pathology: peptic ulcer of stomach and duodenum, hemorrhagic syndrome after gastric bleeding, enteropathy.
Liver pathology: acute hepatitis, chronic hepatitis, cirrhosis, liver failure.
Nervous system pathology: ischemic stroke, brain trauma, encephalopathy, spinal cord injury, peripheral nerve paralysis.
Poisoning: Carbon monoxide poisoning, botulinum poisoning, methionin-forming substance, cyanide.
Eye pathology: abnormal retinal circulation during methanol poisoning, diabetic retinopathy, optic nerve degeneration.
Endocrine system pathology: decompensated insulin-dependent diabetes, diabetic complications, diffuse toxic goiter.
Maxillofacial pathology: periodontal disease, necrotizing gingivitis and stomatitis, healing after plastic surgery.
Gynecology: Chronic inflammatory diseases of female pelvic organs.
Yang: Male sexual function improved significantly after HBO treatment prostatitis.
Obstetric Pathology: Fetal hypoxia, threat of miscarriage, fetal malnutrition, immune conflict pregnancy, pregnancy with pathology, female endocrine system pathology, infertility of various causes.
Neonatal pathology: suffocation during delivery, cerebrovascular accident, neonatal hemolytic disease, ulcerative necrotizing enterocolitis.
Wound pathology: prevent wound infection, slow granulation wounds, burn wound surface, frostbite, plastic surgery and other wounds.
The caisson disease, air and gas embolism, decompression sickness, lung pressure injury.
Radiation injury: Radiation osteonecrosis, myelitis, enteritis; a special group includes patients receiving chemotherapy and radiation therapy for cancer.

Pressure chambers can be used to improve healthy people with certain risk factors at home or at work. Such procedures are suitable for patients with risk factors for coronary heart disease, which are manifested as high cholesterol, overweight and low resistance to physical exercise. The pressure chamber will benefit people with high activity pressure. It can be used for neuropsychiatric diseases and greater physical exertion.

Hyperbaric oxygen is suitable for patients exposed to electromagnetic fields, computers, and mobile and other communication systems. This will help to significantly improve the nerve and physical endurance of athletes as well as pilots, sailors and high-altitude workers (high altitude installers, climbers, etc.).

Contraindications for pressure chambers

The main contraindications to using a pressure chamber are:

The presence of acute respiratory diseases
Seizures
Personal intolerance
Fear of confined spaces
Otolaryngology organ pathology (infringement of Eustachian tube patency)
During pregnancy, accompanied by increased blood pressure
Hyperosmotic diseases.

People with severe bronchial asthma accompanied by pulmonary heart disease are prohibited from using the pressure chamber. A similar procedure is contraindicated for acute suppurative diseases in the otolaryngology department, and is accompanied by a barometric disorder.

Contraindications for hyperbaric oxygen therapy include compensatory heart failure, coronary heart disease, and treatment-resistant hypertension. If the patient has an abscess, cyst, or cave with a pneumothorax (without drainage), hyperbaric oxygenation is not possible.

During pregnancy, the pressure chamber is not suitable for heart defects with severe liver and kidney failure. Contraindications to this process include the presence of fibroids (prone to bleeding) in the patient, and gastric ulcers when the condition worsens. Hyperbaric oxygen is contraindicated for the exacerbation of any chronic infection, including the exacerbation of chronic bronchitis.

However, for cases of impaired eustachian tube and sinus patency, due to various localized hernias (except HH), this surgery is still not possible. Pressure chambers are not suitable for people suffering from traumatic brain injury and the effects of by-products. Contraindications include tuberculosis and tumor disease. In addition, this procedure is not performed for people over 60 years old and people with claustrophobia.

The pressure chamber is an amazing device that can fill the body with a lot of oxygen. This will help cope with many diseases and prevent their development. However, you must always consult a doctor before performing such procedures.

Pressure chamber: History of appearance.

Many people may be surprised by the idea of ​​treating patients in a limited space for more than 300 years. In 1660, R. Boyle created the first “chamber” to study the effect of “compressed” air on the human body, that is, the air pressure is higher than atmospheric pressure.

In 1664, The scientist first used compressed air as a therapeutic factor. The positive impact, although not significant, has proved that airtight chambers have been established in Sweden, Germany, the United Kingdom, and Belgium to supply air under pressure.

In the 19th century, there were nine such pneumatic hospitals in china. The founder of HBOT is considered to be the well-known Dutch surgeon Borema His animal experiments in 1956 showed that even if blood substitutes were used to replace all blood, their life might exist under 100% oxygen above atmospheric pressure.

the first artificial oxygenation laboratory was established in 1963, and now it has become a high-pressure medicine and technology center (research institute). As a result, a modern barometric therapy has emerged, which was previously restricted and made possible in our time due to the development of advanced technology (the creation of modern pressure chambers).

Animal oxygen chamber: can be treated effectively and painlessly

If your pet is seriously ill or recovering from surgery, your veterinarian will most likely recommend oxygen therapy. This app is widely used by people and pets. It can be performed in clinics and homes. You can even use your own hands to make a special device-an oxygen chamber for animals.

Table of Contents:
1.Oxygen therapy-what is it?
2. Indications for the use of oxygen therapy on animals
3. Animal oxygen chamber-working principle?
4. DIY animal oxygen cabin
5.Where to get oxygen?
6.Homemade oxygen tank-pros and cons

Oxygen therapy-what is it

Oxygen therapy refers to patients inhaling air with a high content of useful gases. This allows you to improve blood circulation, lung work, nervous system and digestive system. The whole body becomes stronger and recovery recovers significantly. Oxidation is carried out using special equipment: masks or cameras

Indications for the use of oxygen therapy on animals

With severe pain in the blood, the level of cortisol (stress hormone) rises, which requires increased oxygen consumption. Therefore, oxygenation is an important part of recovery from serious injuries and is used in the following situations:

• Postoperative recovery.
• Complications after delivery.
• Massive blood loss, abnormal circulatory system, shock, cerebral hypoxia.
• Acute and chronic respiratory problems: shortness of breath, pulmonary edema, pneumonia, bronchial asthma.
• Damage the brain and spinal cord.
• Digestive system function and excretion difficulties.
• Heat dissipation and heatstroke prevention.
• Slow down the aging process.
• Enhance systemic immunity and prevent various diseases.

There are no contraindications to oxygen therapy in animals. Oxygenation is a painless process, which is very important.

Animal oxygen chamber-working principle

When oxygenating people, masks are often used-reasonably priced and simple. But they are not suitable for all pets. Animals-especially in a shocked, painful environment-refuse to wear masks. It is not suitable for mice, hamsters, parrots and other small animals

The oxygen chamber is suitable for any animal. The operating principle is simple. Place the animal in a chamber that supplies oxygen through an oxygen tube and emit carbon dioxide through a special opening.

Industrial products are equipped with liquid level sensors and can adjust O2 and CO2 as well as temperature and humidity. Many of them are designed so that you can use them for animal medicine through a dropper. It is best to install UV disinfection lamps inside. The camera is made of transparent plastic: this allows you to monitor the condition of patients and pets-see the owner and feel calm. Internally, the processing gas is supplied from another special device-an oxygen concentrator through pipes.

This room for oxygenation of animals is used in veterinary clinics. You can buy it at home, or you can choose to buy more cylinders.

DIY animal oxygen cabin

If there is no veterinary clinic nearby to provide the necessary services, you can make your own equipment. For this, you will need:

1. A transparent plastic container with a tight lid, the size of which allows the animal to accommodate it comfortably;
2. Fittings of appropriate diameter, it will connect the container and the tube;
3. Oxygen source (you can buy bottles or concentrators in pharmacies-buy industrial oxygen bottles and make them yourself).

A hole corresponding to the fitting must be punched in the container. Then insert the fastener into it, and the other end must be connected to the oxygen supply tube. Alternatively, you can connect the hose to the container in another way so that the gas can be transferred reliably and tightly. At the bottom of the box, drill small holes through which carbon dioxide will escape.

Where to get oxygen?

The most difficult thing is to make a device capable of producing, concentrating and delivering valuable gas. It is very simple to buy an oxygen bottle in a pharmacy, but it is far inconvenient to manually press the cap frequently and frequently. For this, you must always be close to the camera.

You can do it yourself. To do this, you need to carry out a chemical reaction, and as a result, the necessary gas will be released.

Method 1-Simple, but not long. You will need potassium permanganate powder and hydrogen peroxide tablets. Pour half of the water in a large glass jar to dissolve potassium permanganate and add tablets-after which, oxygen will begin to evolve. Only when the permanganate is dissolved, this generator can work for a long time, and then you must repeat the process.

Method 2-Higher efficiency, but more complex and dangerous, requires an understanding of the electrolysis process. You will need diodes, energy sources, rubber or silicone tubes, glass containers, and soda solution-all of which must be collected correctly. As a result of electrolysis, oxygen will be released and must be removed from the tube into the chamber. Another reaction product is hydrogen-it must be removed through a second hose through the window. Since the emitted gas can catch fire, strict safety precautions must be observed.

It is easier to make oxygen chambers for small animals such as rodents and birds. You can do it with a medicine bottle. Pets must be placed under the lid of the microwave oven and have a hole. Pass the tube from the cylinder through this hole to let a little oxygen. If you don’t have a hat, you can bring a durable transparent plastic bag, put your pet here and supply air through the slot. In such self-made equipment, oxygenation can only be done by a short distance, but this is enough for a small animal.

Homemade oxygen tank-pros and cons

The advantage of home appliances is their lower cost of manufacture and use, although you still need to spend money on components. If medical equipment is not available and animals cannot be transported, he can also help. Using our own products, you need to constantly monitor your pet’s condition and follow safety precautions.

Otherwise, it is of course best to use a professional camera. It is more efficient, easier to use, and safer. It is important that the correctness of the operating procedures and animal conditions should be controlled by the doctor. Therefore, when long-term and serious treatment is required for pets, the best option is to go to a veterinary clinic.

Monoplace Hyperbaric Chamber: Why Athletes use HBOT?

Monoplace hyperbaric chamber has gained popularity among a number of people. In addition to treating some severe medical issues, these chambers are also famous among the athletes. Yes, you heard us right, athletes around the world have been benefiting from the hyperbaric oxygen therapy.

Stars like Tim Tebow, LeBron James, and Michael Phelps have been using these therapies to improve and enhance their overall athletic performance. Plus, they firmly believe that these chambers are also effective for injury recovery.

In this blog post, we are going to talk about the top reasons, why athletes are using HBOT and how this therapy is helping them.

Reasons for using Monoplace hyperbaric chamber 

Before we go on talking about how HBOT benefits the athletes, let’s focus on what exactly is Hyperbaric Oxygen Therapy?

HBOT is a therapy in which the patient input in a chamber for him or her to breathe pure oxygen. The type of chamber greatly depends upon the person. However, the ATA pressure is prescribed by the doctor as well as the session time.

For individuals, a Monoplace hyperbaric chamber would do. In the therapy, the person is put in a chamber where he or she is able to intake pure oxygen. When there is an increase of oxygen in the bloody, it results in restoring the normal levels of blood gases as well as the tissue functionality.

Thus, promoting the natural healing function of the body as well as aiding the body to fight against the infection.

Active Recovery – Monoplace Hyperbaric Chamber

Recovery is an imperative part of every athlete’s training program. After all, the body cannot go on with continuous conditioning, training, and practicing for a long time. For it to remain healthy and fit, it needs to have a break in the form of recovery treatment.

For example, mountain climbers and distance runners fully understand the importance of giving their bodies a rest. They know that they would have to give their body some time before they start afresh.

Even the best players would have to take some time off in order for their bodies to be in the best form for the next important challenge.

Now that we have established that recovery is important. It is time to understand that recovery for athletes is not as simple as just sitting around. Athletes who are working on optimizing their performance need to avoid passive recovery.

For them, active recovery is beneficial. For this purpose, they rely on Hyperbaric oxygen therapy. Cristiano Ronaldo, the best soccer player, used HBOT to aid his knee injury. It took him a fraction of the time that it would take other players to recovery from the same injury.

Statistics show that HBOT reduces recovery time by almost 33%. You can think of hyperbaric oxygen therapy as a fast-forward button for recovery and healing. The therapy provides oxygen to the deepest tissues, thus offering the following benefits.

• Reduced muscle exhaustion
• Reduce muscle fatigue
• Faster regeneration of cartilage and bone
• Enhance stem cell activation
• Injury Treatment

Perks of Active Recovery

In addition to active recovery, HBOT is highly effective for injuries. We understand that as an athlete, injuries – minor or major- are inevitable. Regardless, the game you play, you are bound to have an injury at some time.

You will be surprised to know that around 60% of the recreational runners and joggers are sidelined because of an injury every year. Previously, athletes suffering from injuries were to rest and rest. However, thanks to HBOT, things have changed.

If we call hyperbaric oxygen therapy a game-changer, it won’t be incorrect. HBOT is the most amazing therapy for athletes suffering from injuries. An hour or 90 minutes session in oxygen chambers ensures that the oxygen reaches deep into the plasma, blood, cerebral fluids.

Thus, it not only instigates the body’s natural healing mechanism but at the same time, it also enhances the overall healing process. You can recovery for several injuries using HBOT. Below, are some of these injuries

• Cartilage damage
• Muscle fatigue and strains
• ACL as well as other ligament injuries
• TBI and Concussion Treatment

Although most athletes might never have to face any traumatic brain injury or concussion, yet there are some NFL plays who were suffering from TBI. For them, hyperbaric oxygen treatment offered a number of benefits.

They actively took part in the studies. After all, there are around three million TBIs every year and 10% of these are caused while playing any type of sort. Since HBOT treatment increases the pressure and exposes the body to an oxygen-rich environment, thus it aids the body to heal rapidly after a concussion.

It is also effective to reduce fatigue, nausea, pain along with other traumatic brain injury symptoms.

Treating Compartment Syndrome

Compartment syndrome is common among elite long-distance runners. Event the recreational joggers or runners something has this issue. Compartment syndrome is rare; however, it is dangerous. The reason being this illness is either bleeding or swelling of the tissue.

Using the HBOT can be effective. After all, it ensures that oxygen reaches even the deepest tissues, thus ensuring quick recovery from this painful condition.

Performance Booster

Athletes have been sleeping in portable chambers in order to survive in the low-oxygen environment. This usually happens at high altitudes. HBOT offers athletes some sort of edge. To increase their overall performance, athletes tend to train at altitudes.

Doing this would increase the production of red blood cells. These cells are responsible for carrying oxygen everywhere. Instead of training at altitudes, athletes now are relying back on Monoplace hyperbaric chamber.

They are able to increase the oxygenation and circulation in their blood.

Increasing Metal Focus

To be the best athlete, you need more than just physical strength. The presence of mind and skill is imperative as well. Therefore, athletes now turn to HBOT to clear their heads. Moreover, they use HBOT to improve their mental focus.

Use the Latest Technology

HBOT is an excellent piece of modern technology. For an athlete who is always in search of ways that would help enhance his or her performance, hyperbaric oxygen therapy would be an extremely great thing.

It would ensure that the athlete is able to recover quickly, enhance performance, and enjoy the treatment. Therefore, smart athletes would use to make the best possible use of modern technology. They would incorporate HBOT sessions into their routine to ensure greater results.

To Sum it Up

Hyperbaric oxygen therapy is a great way to enhance performance and enjoy a quick recovery. Sportsmen around the world are inclined towards using an HBOT treatment for a number of issues.

They firmly believe that HBOT is an excellent treatment and it generates effective results. The good news is that HBOT is not limited to athletes. On the contrary, the FDA has approved the use of an oxygen chamber for a number of diseases.

Therefore, medical care, individuals, and other similar facilities are using an oxygen chamber to aid their patients. What more is that you can enjoy having your own personal Monoplace hyperbaric chamber. However, before you start using a chamber at home, it is important to consult your doctor.

The doctor would prescribe the session time as well as the session repeatability. So, reach out to your doctors before reaching out to a hyperbaric oxygen therapy treatment.

1.3ATA Portable Hyperbaric Chamber: How to Use it?

Portable hyperbaric chambers come in different model variations including 1.3ATA portable hyperbaric chamber or the 1.5ATA portable hyperbaric chambers among others. The word “portable” is self-explanatory.

It does give away the basic idea about these chambers. Instead of being installed in one particular place, which is the case with many chambers. It is possible to easily transmit these portable chambers. Since they are lightweight, thus they are gain popularity among medical staff as well as individuals.

Hyperbaric chambers are effective. However, it is important for you to understand when and how to use them. So, to make things easier for you below is a complete guide on the usage of portable hyperbaric chambers.

Portable Hyperbaric Chamber: Usage Guide

The objective of portable hyperbaric chambers is to treat a couple of medical conditions. You can use this lightweight equipment to treat people suffering from server acute mountain sickness (AMS). In addition, medical personnel uses them for emergency treatment of severe cases of high altitude cerebral oedema, high altitude pulmonary oedema among others.

Before you use them, it is important to inflame them. There are two methods of inflating the chamber. First, you can either a foot pump to inflate it. Second, you can go with hand inflammation. The basic working principle of the machine is the rapid pressurization of the patient.

It means the patient would be in an environment that would offer a higher level of oxygen. Thus, resulting in increased oxygen pressure. This pressure would help simulate a descent of about fifteen hundred to twenty-five hundred meters.

The Math of Hyperbaric Oxygen Chambers

Now that you have a clear understanding of the functionality of these portable hyperbaric chambers. Now it is time to focus on how the math of the ATA. When buying a hyperbaric oxygen chamber, it is important to understand the key concepts.

The major difference between most chambers is the ATA value. Therefore, understanding the value would help you use the chambers more effectively. We understand that people often find the math of hyperbaric oxygen confusion. However, we will try to simplify it as much as possible.

The atmosphere of the earth weighs down at us at a certain pressure amount. For instance, if you live near a sea level, for example, Houston, you would be experiencing one atmosphere of the pressure.

The pressure increases ever time you descend into the ocean. In case, you go 33 feet into the ocean, you will be feeling an additional “1” amount of the pressure. So, now, your body is exposed to 2 atmospheres of pressure.

To make things simpler, we also consider the fact that every count of the pressure starts at the sea level. That is the atmosphere absolute. (ATA). The diving industry led to the development of hyperbaric oxygen therapy. In diving history, there were using chambers in order to recompress drivers with the bends.

Feet at Sea Water Measurement

Initially, in the United States of America, there were gauges that used the feet of seawater measurement. Its abbreviation is “FSW”.

If you are still confused. Let’s do this again.

You are at a seal level, it means your body is exposed to 1 atmosphere. Now, you dive 33 fsw into the sea. Once 33 feet inside, your body is exposed to 2 atmospheres. One is of the earth and the second one is of the water.

Clear? So, let us focus on the gases in the air. ATA is no the only way to measure pressure. You can also use the millimeters of mercury (mmHg) to measure pressure. AT sea level, 1-atmosphere pressure equals to 760 mmHg.

This 760 mmHg contains 79% nitrogen and just 21% oxygen. So, this means you are breathing just about 160 mmHg of oxygen. Remaining whatever, you are breathing is nitrogen. Here, the chambers come into action.

Instead of you breaking mostly nitrogen, they tend to make it possible for you to breathe mostly oxygen. They increase the pressure and allow the body to intake a greater amount of oxygen. For quite some time, inflatable chambers, medical spas among others are providing low-pressure hyperbaric oxygen therapies.

Here, we are going to focus on how much oxygen do these chambers provide when they are pressurized with air.

A 1.3ATA portable hyperbaric chamber is consisting of 988 mmHg of total pressure.  Now, when you are breathing in the air inside the chamber, you are actually breathing only 169 mmHg of oxygen. So, you will multiple 160 mmHg x 1.3 ATA = 208 mmHg.

208 / 760 = .27. This makes 27 percent oxygen. According to this math, a person tends to breathe 27% of oxygen a mask when they breathe air in an inflatable chamber at 1.3 ATA.

We do hope that this has cleared your concept of the ATA.

How to Use a 1.3ATA portable hyperbaric chamber?

Below, is a short guide developed by the UIAA MedCom. The guide is for interested non-medial persons, doctors, expedition or trekking operators. It helps them understand how to use the portable chamber, especially at a high-altitude environment.

• Safety Management Principles
• The Gold Standard is to prevent any altitude disease.
• Remember, prevention is better than cure.
• Give adequate acclimatization after planning profiles for sensible altitude.
• Do not use Hyperbaric Chambers for mild AMS
• Oxygen chambers are not meant to treat mild AMS symptoms. On the contrary, they should be used for serious cases. Nor are these chambers designed to facilitate continued ascent in order to go on to another day with the passable acclimatization.
• A better option is that you slow your ascent rate and take a break for a day.
• Hyperbaric Chambers are effective for serious altitude diseases such as HACE, HAPE, and AMS.
• You can gain valuable time via hyperbaric bags as they only give relief.
• It is important to take the chamber with you during the retreat. This would help in case of a rebound.
• Make sure that the patient has a company in case of retreating.
• Use the time in order to retreat from altitude
• The patient should avoid working to avoid rebound symptoms, especially in severe cases. The patient should avoid walking even a short distance. However, in case it is impossible for the patient to descent without working, only then be walking. Also, the person should be exertion free as much as possible.

Take Away

A 1.3ATA portable hyperbaric chamber is an effective form of relief therapy for people suffering from several altitude problems. Of course, Medicare around the world is using these oxygen chambers for more than relieving the altitude problems.

There are several other medical problems that use the chambers to generate better results. However, the misuse of these chambers can be troubling. Therefore, reaching out to a doctor or a professional before you finalize taking the therapy.

A doctor would be able to guide you in the best possible way on how to go about the 1.3ATA portable hyperbaric chamber therapy.

Another important thing is to ensure that you have the right chamber manufacturers. After all, the quality and the effectiveness of these hyperbaric oxygen chambers greatly depend upon the manufacturers.

Macy-Pan is among the leading manufactures for all types of oxygen chambers. Due to their 13 years of experience, they are familiar with all the ins and outs of the industry. They promise to deliver quality and their efficient customer service would answer all your queries.