Photomodulation against stretch marks
To reduce the effects of stretch marks on the skin, science offers different solutions : anti-stretch mark creams, peeling and dermabrasion, cosmetic surgery, laser but also LED photomodulation (or luminostimulation ).
LED photomodulation, or luminostimulation
LED photomodulation, also called luminostimulation or chromostimulation, is an innovative process that shows good results in the treatment of stretch marks. In addition, photomodulation improves blood circulation and participates in the restructuring of the skin. After a treatment, the general quality of the skin is improved. Reduces fine lines and wrinkles, cures psoriasis. Disappearance   of red stretch marks and strong attenuation of white stretch marks, tightens pores. Disappearance of pigment spots, oxygenation and hydration. Healing and purifying action.w
Photomodulation (or chromostimulation) is a treatment using diode light (LED) to stimulate the production of elastic fibers in the skin (collagen and elastin) and thus reduce stretch marks.
Photomodulation : light to eliminate stretch marks
Photomodulation (luminostimulation or chromostimulation) projects a red-orange light directly onto the area affected by les vergetures. It is a form of light therapy.
This light emitted by LEDs stimulates the production of collagen and elastin essential for the elasticity of the skin.
In addition, photomodulation improves blood circulation and participates in the restructuring of the skin. After a treatment, the general quality of the skin is improved.
Note : Unlike treatment such as laser or peeling, LED photomodulation is a natural treatment that does not attack the skin.
Light stimulation (or photomodulation) treatment is effective on all types of stretch marks :
Mature stretch marks (white) fade to a minimum of 50 %.
Immature stretch marks (red and inflamed) can sometimes completely disappear.
Attention : as with all treatments aimed at reducing stretch marks, photomodulation remains more effective on recent stretch marks !
Several photomodulation sessions required
The results of LED chromostimulation (or photomodulation) are visible from the first session but are not lasting.
It takes 2 sessions or beginning per week then for maintenance 1x / week is enough to have lasting results, according to :
the type of stretch marks,
skin quality,
the number and extent of the areas to be treated.
Photomodulation (or luminostimulation) offers many advantages :
The session is fast (20 min on average).
Photomodulation is painless, during and after treatment.
No side effects are to be feared.
No anesthesia is necessary.
The treatment can be repeated quickly because it does not cause any irritation.
In addition, the reduction of stretch marks continues after the photomodulation sessions, with the restructuring of the skin continuing gradually.
How it works ?
The penetration of the rays of light, emitted by the LED lamp, into the different layers of the skin, depends on their wavelength, that is to say their color. There are 4 colors: red, blue, yellow and green. Depending on the color chosen and its intensity, the light penetrates the skin and acts directly on the cells by stimulating their collagen and elastin fiber synthesis activities.
WHAT IS IT FOR ?
Photons of red light: wavelength of 630 nm.
It is a light of great purity and high power, with a well-distributed energy density, which brings remarkable benefits to the skin. It is mainly used to obtain anti-aging and anti-aging effects. oxidation of the skin. Especially recommended for people with dry skin with a dull complexion.
Blue light photons: wavelength of 415 nm.
Blue light has properties that help reduce skin inflammation and destroy bacteria after facial hygiene without damaging other skin tissues. In addition to this photo-toxicity mechanism, bio-stimulation occurs which increases the natural repair mechanisms resulting in an improvement in the general appearance of the skin, hair and nails.
Photons of violet light: wavelength of 420 nm
The combination of red and blue light photons produce violet light. This light combines the effects of both therapies.