1. Under the effective negative oxygen ion concentration (6000 per square centimeter), the oxygen intake of human lungs can be increased by 20%, and at the same time, the carbon dioxide excretion of 12% can be increased. It is equivalent to an increase of 16% in human exercise adaptability and metabolism. At the same time, negative oxygen ions can definitely improve fatigue and relieve pain. 2. Terahertz wave is a great invention in the last hundred years. The coverage frequency of THz wave in the thermal metabolism physical recovery cabin can quickly enhance the "thermal shock effect" of human water molecules, make the internal heat of human body reach 38.5 degrees Celsius, strengthen the human body's water metabolism and regulation ability, activate the energy metabolism system of human cells, and obviously prolong the "biological top advantage" state time of human energy metabolism.
3. Under the light bath of 6.8 square meters far infrared spectrum of graphene, the human microcirculation system expands rapidly, the metabolic channel is in the best open state, and the excretion ability of lactic acid accumulation after human exercise is strengthened in the shortest time. With the rapid stress of microcirculation system, human oxygenated hemoglobin quickly reaches the peripheral tissue system of human body, and quickly restores the balance, coordination and explosiveness of human movement.
4. The thermal metabolism recovery chamber is equipped with the functions of inhaling hydrogen and drinking hydrogen-rich water, which can quickly synthesize a large number of free radicals produced by high-intensity exercise of human body, balance humoral immunity, activate the neuroimmune regulation ability of human body, and enhance the balance ability and conduction speed of neurotransmitters in brain. Hydrogen can repair the damage of myocardial cells and brain cells, increase the stroke output of the heart, improve the nerve conduction speed of the brain, and improve the stress ability of athletes under high-intensity exercise.