| Type |
Hyperbaric Oxygen Chamber |
Product Name |
1.3ATA Portable Lying Hyperbaric Chamber |
| Feature |
Pigment Removal, Skin Tightening, Whitening, Skin Rej |
Application |
For Home Use |
| Warranty |
1 Year |
After-sales Service Provided: |
Video technical support, Online support |
| Color |
Customize |
Oxygen purity: |
90-96% |
| Oxygen flow |
5L/min |
Pressure |
1.3ATA(4 psi) |
| Size |
80x225cm |
Material |
High Strength TPU |
| Packing |
Carton |
Certification |
CE ISO13485 ISO9001 |
Supply Ability
Supply Ability 100 Set/Sets per Month
Packaging & Delivery
Single package size 87X60X50 cm
Single gross weight 33.133 kg
Package Type The package of a set of products consists of four cartons.
1. Chamber Cabin: 0.88x0.58x0.49cm =0.25CBM 35Kg
2. Air Compressor: 0.53x0.36x0.41cm=0.08CBM 19Kg
3. Oxygen Concentrator: 0.46x0.36x0.60cm=0.10CBM 16Kg
4.Air Cooler :0.31x0.20x0.34cm=0.02CBM 6Kg
Lead Time According to different geographical locations
Product Description
| Model |
ST801 |
| Material |
TPU |
| Size |
80x225cm |
| Weight |
13Kg |
| Pressure |
1.3ATA(4PSI) |
| Name |
Air compressor |
| Size |
39x24x26cm(16''x10''x11'') |
| Voltage |
110/220V |
| Power |
480W |
| Air Flow |
72L/Minute |
| Name |
Oxygen concentrator |
| Size |
47×37×59cm(19"×15"×24") |
| Weight |
15kg |
| Voltage |
110/220V |
| Power |
480W |
| Oxygen Flow |
5L/Minute |
| Name |
Air cooler |
| Size |
18x12x26cm(7''x5''x10'') |
| Weight |
5kg |
| Voltage |
110/220V |
| Power |
220W |
| Capability |
150L/Minute |
Unique designColor style
Production process
- What is meant by atmospheres absolute (ATA)?
Atmospheres absolute (ATA) is a standard way to measure the amount of air pressure in a hyperbaric chamber. The common starting point is 1.0 ATA, which is the weight of the earth's total atmosphere we experience while standing at sea level. If we were to dive into 33 feet of seawater, the sum of both the water and atmosphere's weight would equal 2.0 ATA. At 66 feet it would be 3.0 ATA, and so on. In a hyperbaric chamber, this phenomenon is replicated through the combination of an airtight container and a continuous inflow of pressurized air.
- What conditions does HBOT treat?
Autism Compartment Syndrome/Crush Injury/Other Traumatic
Cerebral Palsy Ischemias
Lyme Disease Decompression Sickness (Bends)
Migraine Diabetic and Selected Wounds
Multiple Sclerosis Gas Gangrene
Near Drowning Intracranial Abscess
Recovery from Plastic Surgery Necrotizing Soft Tissue Infection
Sports Injuries Osteoradionecrosis and Radiation Tissue Damage
Stroke Osteomyelitis (Refractory)
Traumatic Brain InjuryAir or Gas Embolism Skin Grafts and (Compromised) Flaps
Carbon Monoxide Poisoning Thermal Burns
- Are there any side effects?
Portable Hyperbaric Oxygen Chamber is completely safe. The most common side effect is discomfort to the ears caused by pressure changes. To minimize the risk, patients learn to promote the adequate clearing of your ears during pressurization. Some patients may feel tired and dizzy after using hyperbaric chamber first time. It's a good signal that Hyperbaric Oxygen Therapy will speed up the metabolism of your body. They are usually good signs in indicating detoxification.
When the chamber is pressurizing, your ears will feel the change in pressure inside the chamber. You might feel a little painful in your ears, to equalize the pressure and avoid the feeling of fullness in your ears, you can clear your ears by chewing (gum or food), swallowing, yawning. Once the chamber is fully pressurized, this feeling will return to normal. You can sleep, meditate, read, watch movie, listen to music, etc.
- How does hyperbaric oxygen help brain injury or stroke?
When cells in the brain die, either from trauma or lack of oxygen, blood plasma leaks out into surrounding brain tissue causing swelling and reducing blood flow. These otherwise normal cells go dormant because they can't function without the appropriate amount of oxygen. HBOT dramatically increases the oxygen carried in the blood plasma, making oxygen available to heal damaged capillary walls, preventing plasma leakage and reducing swelling. As the swelling decreases, blood flow can be restored to the dormant tissue (neovascularization) and these cells then have the potential to function again.
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