What Makes AirNix Truly Unique!
Experience the smarter, science backed way to train - only at AirNix.
    
                        
                    Boosts Metabolism
                                            Burn More Energy w`ith Every Move
                                        How Does a Low-oxygen Impact Metabolism?
                                    - 1.Your blood oxygen saturation (SpO2) decreases as oxygen levels drop.
- 2.Your body responds by increasing its metabolism to adapt.
- 3.Stimulates your cells (mitochondria) to produce more ATP - the energy source that fuels all your muscles.
→ As a result, even with the same workout intensity, you burn more energy than usual.
                                Accelerates Fat Burn
                                            Ignite Your Dual Energy Systems
                                        How Does Your Body Boost Fat Burning?
                                    - 1.Activates both fat-burning (β-oxidation) and glucose metabolism (glycolysis) at the same time
- 2.Boosts the release of growth hormone and catecholamines
- 3.Triggers the lipase enzyme, which promotes fat breakdown (lipolysis) — creating a metabolic state where fat is easily burned
→ As a result, even during light workouts, your body stays in a high fat-burning zone
                                Oxygen Efficiency
                                                    Improve oxygen delivery
                                                How Does Your Body Improve Oxygen Efficiency?
                                            - 1.Your kidneys sense reduced oxygen levels in the blood.
- 2.They respond by releasing erythropoietin (EPO), a hormone that stimulates your bone marrow to produce more red blood cells.
- 3.As red blood cells and hemoglobin increase, your body delivers oxygen to muscles more efficiently.
→ This boosts aerobic capacity, helping you perform longer and speed up recovery.
                                        Stimulates Capillary
                                                    Improved muscle circulation
                                                How Does Low Oxygen Stimulate Capillary?
                                            - 1.Activate HIF-1α, a key factor that triggers the production of VEGF (vascular endothelial growth factor).
- 2.Promote the growth of new capillaries
- 3.Increase blood flow to muscles and enhance oxygen delivery.
→ Improve muscle circulation for better performance and faster recovery.
                                        POWERS Heart & Lungs:
                                                    Boost Cardiopulmonary Function
                                                How Low Oxygen Builds Natural Strength?
                                            - 1.Increase your heart rate, breathing rate, and lung ventilation.
- 2.Strengthen your respiratory muscles (diaphragm, intercostals) and heart.
→ Enhance heart and lung capacity, leading to improved endurance and overall performance.
                                        Improve Muscle Endurance
                                            Boost Energy Production in Muscles
                                        Why Does Hypoxic Training Improve Endurance?
                                    - 1.Slow and intermediate muscle fibers are activated.
- 2.Increase mitochondrial density and enzyme activity in the muscles.
→ Improve muscle endurance and better energy efficiency during physical activity.
                                Low Effort, High Impact
                                            Easy Yet Highly Effective
                                        How Can Easy Workouts Get Powerful Results?
                                    - 1.Psychological barriers are lower, making it easier to stay consistent — especially for beginners or women.
- 2.Although the exercises feel gentle, the fat-burning effect is significantly high.
→ Support long-term sustainability while providing highly effective results.
                                Superior Performance Over REGULAR Gyms
                        | Category | Regular gym | AirNix (Low-oxygen environment) | 
|---|---|---|
| Fat burning efficiency | Normal | 1.5 ~ 2 times higher | 
| Required training time | Long | Short | 
| Sustainability | Difficult | Easy | 
| Red blood cells & Oxygen delivery | No change | Significantly increased | 
| Capillary density | Normal | Increased (angiogenesis) | 
| Respiratory muscle training | Limited | Naturally enhanced | 
| Scientific basis | Basic | Equivalent to high-altitude training | 
 
				