Photomodulation: LED

LEDs: the principle of action

This treatment uses light emitted by diodes to stimulate the skin without heating it. Its indications and effects vary according to the color, and therefore the wavelength, of the light used.

It was the conquest of space that led to the development of this method, with NASA using LEDs to improve the healing of astronauts in weightlessness.
Treatment methods
Sessions are short, totally painless, have no side effects and involve no social eviction.

Indications

Photomodulation can be used to treat stretch marks, wrinkles, skin spots and redness, improve skin tone and stimulate hair growth. It is also used to promote healing and treat acne, psoriasis, vitiligo and herpes.

  • Light therapy stimulates skin elasticity without damaging the skin.
  • The treatment is most effective on recent stretch marks, which are still red and can almost be erased, but significantly reduces old, white stretch marks.
  • The effects are evident from the second session onwards, but it takes 3 to 5 sessions to achieve lasting results.

  • The light emitted by LEDs stimulates collagen production to fill in wrinkles and improve skin texture. This is a mechanism of cellular regeneration under the effect of the photons emitted by LEDs.
  • The result is a real "smoothing" of the face.

Often combined with microdermabrasion, peeling or fractional laser, light stimulates fibroblasts and leads to skin rejuvenation (wrinkles, pores, spots...).

  • Cold, monochromatic light densifies and stimulates hair regrowth.
  • Hair follicles are stimulated by photons and hair becomes thicker and stronger.
  • After micrografting, regrowth is improved.

Blue light acts on excess sebum and inflammation, reducing acne activity.

LEDs stimulate cellular metabolism by activating the mitochondria in cells.

Other beneficial effects

Photomodulation improves healing after trauma or surgery, soothes the pain of sunburn and also has a de-stressing effect.