| Customization: | Available |
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| Application: | Home, General Surgery, Cardiology, Gyne |
| Scale: | Medium |
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1. Suitable for us at home, gym or sports training center
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2. Help prevent a person from acquiring altitude sickness during hike
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3. Encourage the body to produce more red blood cells
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4. Improve muscular endurance
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| Item | Rating |
| Oxygen flow rate | 0 to 5LPM |
| Power consumption | 195W |
| Hypoxic flow | 20-30 LPM |
| Hypoxic purity | 15%-19% |
| Oxygen percentage | 90%+/- 3%@1-3LPM |
| Max oxygen flow | 5 LPM |
| Weight | 8 kg |
| Noise | ≤45 dBA |
| Dimension | 407mm*239mm*348mm |
| Voltage | 220V+10, 50Hz/ 110V+10, 60Hz |
1.The number of red blood cells in the blood increases.
The kidneys and liver (mainly the kidneys) secrete EPO, which accelerates the production of red blood cells and enhances blood carryover and oxygen capacity. After simulating altitude training, the deformability of red blood cells is increased, thereby avoiding an increase in blood viscosity due to an increase in the number of red blood cells and maintaining good blood flow.
2.The ability to exchange oxygen in the lungs is enhanced.
When the human body is on the plateau, it will increase the breathing rate to inhale more oxygen. The expansion of the
telangiectus of the lungs increases the contact area for gas exchange, so that hemoglobin can be more efficiently loaded into the lungs.
3.Myocardial function is enhanced.
People on the plateau know that the heart rate will be significantly higher than the plains some days before the plateau. This is due to the low air density, which requires pumping more blood to use as much oxygen as the plain. After a period of simulated altitude training, myocardial function will be enhanced and the heart pumping capacity will be enhanced. At the same heart rate, more blood can be output.
4.Vascular changes.
The vasodilation makes it possible to pass more blood, which is equivalent to widening the lane. Increased capillary network in skeletal muscle. The density of capillaries in the skeletal muscle is increased, allowing more oxygen to reach the muscle cells, oxidizing, and generating the energy needed for exercise.
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