自由容器
What is red light?
Red light therapy originated in the 1980s, when NASA used red light technology to care for astronaut skin injuries. Later, through the study of light waves, it was discovered that light of different wavelengths can activate cell activity and accelerate metabolism. This is also a classic case of applying aerospace technology to real life!
The origin of red light:
Red light therapy originated in the 1980s, when NASA used red light technology to care for astronaut skin injuries. Later, through the study of light waves, it was discovered that light of different wavelengths can activate cell activity and accelerate metabolism. This is also a classic case of applying aerospace technology to real life.
自由容器
The concept of red light
Red light refers to a composite light wave with visible light ranging from 600-700nm (accounting for over 90%) and a central wavelength of 633nm. Scientific research has shown that using red light for in vitro irradiation can produce important biological effects on the body's skin and achieve certain therapeutic and repair effects.
The efficacy of red light
The beauty effect of red light is to use high-energy broad-spectrum light (600-700nm red light) instead of low-energy light-emitting diodes to dilate and strengthen microvessels, in order to promote blood circulation, increase reactive oxygen species, and accelerate detoxification.
Red light can improve the microcirculation of the skin's blood and lymphatic systems, stimulate mitochondrial activity within cells. The specific wavelength of red light can convert light energy into bioenergy, neutralize free genes produced within cells, stimulate fibroblasts to produce collagen, and gradually change from within the skin.
The red fluorescent tube with high power and energy output effectively acts on the mitochondria of subcutaneous tissue cells, generating efficient photochemical biological reactions - enzymatic reactions, activating the cytochrome c oxidase C in cell mitochondria, producing more energy to accelerate the synthesis of DNA and RNA, promote the formation of a large amount of collagen and fibrous tissue, and accelerate the elimination of diseased or dead cells, thereby repairing damaged skin cells to achieve cosmetic effects.
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