What is the transdermal collagen LED
With the continuous improvement of peoples living standards, more and more people begin to pay attention to their appearance and skin problems. Among many skin care methods, LED phototherapy is favored because of its high efficiency, safety, noninvasive, no side effects and other advantages, and has become the new beauty favorite in the new era. Transdermal collagen LED is an updated beauty instrument technology that has only emerged in the past two years,
1st, Common LED phototherapy
LED phototherapy is a cosmetic technology that uses the special wavelength of light to stimulate skin cells and promote the regeneration and repair of skin cells. In essence, it is a non-invasive, non-drug, low-energy phototherapy, which can penetrate the skin 7mm, through the action of photons, promote the skin microcirculation, increase the skin oxygen content, accelerate the synthesis of collagen, improve skin activity, so as to improve skin problems and achieve the effect of beauty and skin care.
2nd, The efficacy of the LED phototherapy
- Color spot: can make the melanin particles activated, released, more easily be absorbed by the skin, thus reducing the color of melanin, improve the spot.
- Improve acne: LED phototherapy can kill acne bacteria in the surface of the skin, slow down oil secretion, and thus improve the problem of acne.
- Promote the synthesis of collagen: Collagen is the main part of the skin. Through LED phototherapy, it can stimulate the synthesis of collagen and reduce skin aging, relaxation, wrinkles and other phenomena.
- Reduce skin sensitivity: LED phototherapy can promote blood circulation and increase the nutrient supply of skin cells, thus reducing the skins sensitive response to external stimuli.
- Improve skin quality: Through LED phototherapy, not only improve skin problems, but also improve the essential quality of skin, make skin more healthy and shiny. The main target of photomodulation is the cell, and its mechanism of action is the activation of the energy switch mechanism occurring at the mitochondrial level. The absorbed energy can activate cellular function, promote cell proliferation and migration, and regulate the level of cytokines and inflammatory mediators.
- The difference with laser: LED light is different from laser, the light source of a incoherent narrow spectrum, the tissue is low level phototherapy (LLLT), the peak power is milliwatt, the emitted light source is cold light (<40℃). The principle of its action on tissue is not photothermal, but photomodulation. No damage to tissues and cells, the treatment is more mild, often used for acne, eliminate acne scar red and blue light treatment instrument is LED light.
3rd, What is the transdermal collagen light
Transdermal collagen light (Transdermal Collagen) is a combination of light wave from near infrared short wave (760-1400nm) and near infrared long wave (1400-1940nm), the light wave can penetrate subcutaneous 4.5mm, can promote the dermis shallow, medium and deep collagen, so as to achieve the effect of tightening and anti-wrinkle light lines, is a new generation of anti-aging technology. Its technical characteristics are mainly manifested in the light band width, can be long bright, can be heated through the air. Based on the composite infrared phototherapy technology, it can comprehensively promote the dermis of shallow, middle and deep collagen, so as to achieve strong anti-aging, the whole face light grain effect,
The core of transdermal collagen light technology is its combination of short-wave and long-wave near-infrared light. The light waves can penetrate 4.5 mm below the skin to the dermis and stimulate the production of collagen. Compared with the conventional anti-aging methods, the transdermal collagen light technology has significant advantages. First, it uses non-invasive treatment, avoiding the risk and discomfort caused by surgery or injection. Secondly, the transdermal collagen light technology combines short-wave and long-wave near-infrared light, which respectively acts on different depths of the dermis to achieve a more comprehensive and accurate anti-aging effect. Furthermore, the stimulating effect of the transdermal collagen light technique was mild and durable, and the patient was able to rapidly return to daily activities after treatment with little interruption.
As a new anti-aging technology, the technical advantages of transdermal collagen light are mainly reflected in: transdermal collagen light can penetrate the epidermis against the dermis, the thermal energy efficiency is higher, stronger anti-aging; near-infrared short wave (760-1400nm) can promote the growth of deep dermis collagen, from the root bang skin, tighten light lines; near-infrared long wave (1400-1940nm) for the shallow layer of dermis collagen, instantaneous light lines, than the RF technology, better anti-aging effect;
Compared with the pure physical heating of the dermis for collagen production, transdermal collagen light can also promote the generation of ATP and other key human cells through biological action, promote the regeneration of fiber cells + collagen, and achieve the purpose of anti-aging; compared with the thermal field through electrodes, the light area is larger and there is no gap.
Although RF technology is a mature anti-aging technology, scientific research found that traditional RF technology itself has certain limitations, the birth of transdermal collagen light technology effectively solved the four aspects of RF technology: RF through the epidermis layer, thermal efficiency loss; RF electrode point thermal field, the area is limited; and the shallow dermis, not deep enough; in addition, RF only promotes collagen, the anti-aging efficiency is general.
Sunlight exposure is an important reason for accelerating skin aging. Therefore, anti-sun exposure, anti-ultraviolet radiation is the necessary products of anti-aging cosmetics.
4th, Difference between ordinary RF RF and transdermal collagen light
Compared with RF RF technology, transdermal collagen light has four advantages: “stronger penetration, stronger thermal field, stronger growth promotion and stronger anti-aging”:
Stronger penetration: transdermal collagen light energy acts to 4.5mm under the skin, reaching the shallow, middle and deep dermis, which is more penetrating than radio frequency technology.
Stronger thermal field: transdermal collagen light, with its large thermal field, wide coverage and energy balance, can help consumers to achieve the anti-aging effect faster and better.
More progrowth: transcutaneous collagen light can promote the generation of collagen, elastin and ATP, effectively improve the proliferation and differentiation of skin cells, enhance collagen synthesis, and make the skin tighten.
Stronger anti-aging: transdermal collagen light integrated with the above technology, to help consumers to achieve lifting and tightening, improve relaxation, full face light grain anti-aging effect.
Researchers after long-term research, found that 760nm-1400nm and 1400nm-1940nm dual band, can respectively dermal shallow middle and deep dermis, and two band wavelength, high water molecules absorb light energy efficiency, the efficiency of thermal energy is high, can fully heating on the dermis, anti-decay effect is strong, including 1400nm peak effect is especially good.
And under the optical analysis and research, it is also found that under the conditions of 1900K and 2200K, the peak of the emitted light band can be about 1400nm.
To achieve this new technology emits light in the 760-1940nm band, Light in the band is able to focus the core energy to 1400nm, Transdermal collagen light technology in the lamp to select applications in aerospace, heart stents and other advanced components of the rare materials and gas, The lamp tube from the filling gas, filament alloy, lamp material for a full range of customization: in the lamp tube filling gas, Rare gases represented by argon and krypton were selected for mixing, Can greatly improve the luminescence efficiency; Co (cobalt) was selected on the filament alloy, Re(rhenium), Ga (gallia) and other rare metals are mixed, Make the transdermal collagen light more penetrating; Add a variety of rare elements to the lamp material, Improve the optical purity, Filter-based invalid stray light, Make the product to the light biosafety standards, Strong effect and safe.
5th, Use method of LED phototherapy
- Red light: used to fade color spots, promote the synthesis of collagen, etc. Each irradiation for 10-15 minutes, used 2-3 times a week, a total of about 6-8 times.
- Blue light: it is used for improving acne. Each irradiation was used for 10-15 min, 2-3 times a week for 4-6 weeks.
Yellow light: Used to relieve the skin and improve the skin sensitivity. Each irradiation lasted for 10-15 minutes and was used 2-3 times a week, totaling about 8-10 times.