Rlab Health Care Rehabilitation Therapy Hard Shell Sitting Household Oxygen Chamber

Product Description

Product Description

Product Name	Hyperbaric Oxygen Chamber
Pressure	1.9 ATA(Customizable)
Material	T700 Carbon Fiber
Cabin Size	2.02*1.22*1.89 M
Weight	600KG
Host Size	0.53*0.86*1.08 M(Controller 1) 0.56*0.285*0.47 M(Water chiller)
Weight	162KG
Oxygen Flow	0-10 Liter/min (Adjustable)
Air Flow	20-100Liter/min (Adjustable)
Oxygen Concentration	90±3%
Power Consumption	2800W
Supply Voltage	220V/50Hz (Customizable)
Noise	Within 60db

Our Advantages

 Recommended For

Executives

Elderly Adults

Altitude Sickness Sufferers

 Individuals experiencing chronic stress,prolonged overwork,accumulated fatigue,or suboptimal health due to physical/mental exhaustion.

Students &Mental Workers
Individuals suffering from dizziness,insomnia, iritability,or memory impairment due to prolonged mental exertion or sleep deprivation.
 
Frequent Alcohol Consumers
Individuals with post-alcohol discomfort (eg.headache,nausea).
 
Cardiovascular Patients
Individuals with hypertension, hyperlipidemia, diabetes,cardiovascular issues, or stable-phase recovery from coronary heart disease and stroke.
 
 

Individuals with declining cardiopulmonary function,reduced blood oxygen levels,or symptoms like dizziness and chest tightness due to fatigue or weak constitution.

Long-Term Air Pollution Exposure

Those experiencing dizziness or cognitive impairment due to indoor pollutants.

Aesthetic Enthusiasts

Those focused on skincare,anti-aging,and fitness to maintain a refined lifestyle.

Individuals experiencing "reverse altitude sickness"(re-entry symptoms when returning to plains after prolonged high-altitude stays).

Athletes &Fitness Enthusiasts

Those experiencing hypoxa or musce soreness from inadequate post-exercise recovery

Chronic Fatigue Syndrome Patients

Individuals with anxiety,poor sleep,or memory decline. 

Details Images

What Is HBOT

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The 2019 Nobel Prize in Physical or Medicine revealed that cells are sensitive to the oxygen content of their environment. Under hypoxic conditions, the increase of molecules called hypoxia-inducible factors (HIFs) leads to changes in the expression of more than 300 genes, prompting cells to switch to a metabolic mode completely different from the oxygen-rich state. Long-term hypoxia will lead to accelerated aging of the body and an increased risk of disease. 

There are two forms of oxygen: conjugated oxygen and dissolved oxygen.

Bound oxygen: hemoglobin in red blood cells is combined with oxygen, and its carrying capacity can be expressed by blood oxygen saturation, arterial oxygen saturation is 95~98%, venous blood is 75%

Dissolved oxygen: The amount of oxygen dissolved in the plasma is much smaller than the amount of bound oxygen, and the amount of dissolved oxygen is directly proportional to the pressure. In some areas, the capillaries are narrow, and blood cells cannot pass through, so they have to rely on dissolved oxygen in the plasma.

In summary, the oxygen supply to the whole body can be improved by increasing the atmospheric pressure of the human environment and the oxygen concentration of the inhaled air.

Why not choose an oxygen concentrator?

There are parts of the body where the capillaries are narrow, blood cells cannot pass through, and bound oxygen cannot be delivered, so you can only rely on dissolved oxygen. The oxygen generator does not change much to the dissolved oxygen in the blood, which is also why the general oxygen absorption effect in the plateau area is average. Increasing the dissolved oxygen in the blood by increasing pressure is a more feasible way. The can maintain the partial pressure of oxygen within a safe and effective range by flexibly adjusting the oxygen concentration or pressure through ventilation and gently and effectively improving the oxygen delivery to tissues and organs by increasing dissolved oxygen.

Company Profile

Shanghai Revitalize High Technology Co.,Ltd.

abbreviated as "Rlab," is a longevity technology enterprise specializingin the research and production of cutting-edge anti-aging bleeding-edge technology globally. We believe that technology can prevent humans from aging, whichis why we are committed to providing intelligent anti-aging devices. Rlab employs a multidimensional approach combining advanced technology with different anti-aging devices. We have launched five major anti-aging technology devices which not only achieve breakthrougghs in technological innovation but also exhibit a high degree of practicalityin terms of product functionality and performance. As recovery specialists, we provide our clients with innovative technology in recovery tools and techniques to ensure top recovery, and healing efforts and assist in injury preventioon.

FAQ

Q1. What are the main components of the Rlab hyperbaric oxygen chamber?

The main components of the Rlab hyperbaric oxygen chamber include the cabin body and an equipment cabinet (including an oxygen generator, air compressor, air conditioning system, filtration system, central control system, and other systems).

Q2. While using this hyperbaric chamber, is it necessary to have any technician or doctor control it?

Our chambers are simple to operate and can be operated alone without the help of others.
Just read the user manual and operation video to install and operate. At the same time, we also provide online training to
customers. Additionally, face-to-face conversations are possible.

Q3. What Does Hyperbaric Oxygen Therapy Feel Like?

While the chamber is pressurizing, your ears may feel cogged, similar to flying in an airplane or traveling through ountains. You can relieve this pressure in your ears by yawning or taking a sip of water, holding your nose, and swallowing the water. 
During the pressurization of the chamber, your mouth may become dry. Once the chamber is fully pressurized, your salivation will return to normal. After using the oxygen chamber, one of the most intuitive feelings is refreshing, and you will feel full of vitality.

Q4. How long you should stay in the chamber?

Hyperbaric oxygen therapy sessions usually last between 60 and 120 min one time., 3-5 times per week.

Q5. Is it safe?

HBOT has a very good safety track record, particularly when compared to other invasive therapies, surgeries, and drugs. Our main concern is ear discomfort, which may affect some patients in the pressurized environment. It is typically easy to clear and most patients adjust to the pressure changes without issue. Some conditions such as collapsed lung, sinus, or heart surgery, and others are contraindicated (not advised). We will go over everything in your initial phone consultation and ensure you're clear to receive therapy.

Q6.  what can I do during HBOT?

You can do the following during an HBOT :
 * Lie down or sit upright
 * Wear a customized breathing hoo
 * sleep
 * Read books or magazines
 * Watch television
 * Listen to music