LED photobiomodulation for body and face at Beaulieu-sur-Mer
Photobiomodulation
Like photosynthesis for plants, photobiomodulation involves exposure to cold, pulsed light (LEDs) to reactivate the repair, healing and inflammation regulation processes at the heart of the cells.
This natural treatment is gentle, effective, versatile and has no side effects. It can be combined with all other medical aesthetic procedures.
Photobiomodulation using LEDs for the body and face
Aesthetic medicine in the Alpes-Maritimes
TREATMENT PRINCIPLE :
LEDs (light-emitting diodes) act by “photobiomodulation”, i.e. their targets are photochemical components whose stimulation by light induces chemical reactions leading to synthesis and proliferation phenomena. They do not therefore act through a thermal action.
The targets are mainly intracellular, particularly in the mitochondria, which are the cells’ energy factories.
LED photobiomodulation
Aesthetic medical practice in Beaulieu-Sur-Mer
INDICATIONS
Skin rejuvenation, acne, scars, hair loss, post-cosmetic surgery tissue repair. All phototypes, all year round:
- Alopecia
- Inflammation
- Post-injections
- Post-operation
- Scars
- Anti-ageing
- Acne
- Stretch marks
PROTOCOL
2 weekly sessions for a total of 10 sessions
RESULTS
Progressive, gentle and natural
NO SOCIAL CONTACT
Immediate resumption of activities, including sport
MAINTENANCE
2 sessions a month minimum
Photobiomodulation using LEDs for the body and face
Aesthetic medicine from Villefranche-sur-Mer to Monaco
Stretch Mark Treatment
Photomodulation (LED treatment) can be used to treat all stretch marks (new and old; red and white) of any phototype (white to black skin).
The light emitted by LEDs (Light Emitting Diodes) stimulates the production of collagen and elastin, which are essential for skin elasticity. LED Photomodulation is a non-invasive, painless treatment.
After a diagnosis by your practitioner, a prescribed number of sessions will bring about a clear improvement in your skin: a minimum of 8 to 10 sessions is needed to achieve lasting results, depending on: The type of stretch marks, The quality of the skin, The number and extent of the areas to be treated.
Treatment of Alopecia
Photomodulation acts directly on alopecia and hair quality by stimulating the hair bulb. The clinical results obtained in cases of androgenic alopecia are very encouraging and promising:
Rapid cessation of hair loss followed by hair regrowth with improved hair quality (volume, shine, elasticity and repigmentation) progressing with time and the number of sessions.
How does LED light affect hair stimulation?
LED light improves the hair’s biological environment by increasing blood and lymph micro-circulation to the follicles, removing blockages around the follicles and stimulating the hair cells and papillae to assimilate nutrients more quickly, enabling the hair to grow stronger and thicker.
LED is an alternative to all existing products with no side effects.
Scar Treatment
Photomodulation can be used to treat several types of scars:
- Acne scars
- Cheloid scars
- Hypertrophic scars
The first sessions will reduce the “raised” appearance of the scars thanks to the production of new collagen and elastin stimulated by the action of the LEDs on the fibroblasts.
The altered skin begins to repigment. A change in the skin’s texture is measurable in the form of renewed elasticity and suppleness. Subsequent sessions will result in renewed elasticity, repigmentation and suppleness of the dermal tissue. At this stage, the results are visible and long-lasting.
Anti-ageing treatment
Regeneration of the skin, resulting in a more radiant complexion (improved skin texture and complexion, reduced pore size).
Stimulation of the skin, which becomes more toned and firmer thanks to the effects of LED light on the production of collagen and elastin.
Improved skin quality (reduction in all the signs of ageing: wrinkles, fine lines, redness, etc.).
Finally, LED treatments are really effective when used in synergy with cosmetic products (as cell metabolism is optimised, our cells are much more able to absorb the active ingredients in creams and serums, such as hyaluronic acid, for example).