Photobiomodulation is a technique that uses LED light sources to deliver specific wavelengths of light directly onto the skin. This non-invasive method stimulates skin cells at a molecular level, activating various biological processes without causing thermal damage or pain.

• The underlying mechanism is based on the absorption of light by the mitochondria, the cells’ energy power plants, leading to an increase in ATP (adeacute;nosine triphosphate) production.
• This increase in ATP then stimulates cellular regeneration, tissue repair, and activates a series of biological responses.

By targeting tissues at different levels of depth, photobiomodulation offers a versatile and effective approach to treating a variety of skin and muscle conditions. That’s why choosing a lamp with multiple LED colors is paramount if you want to offer the best results to your customers.

The blue LED, with its wavelength typically around 490 nm, targets the superficial layer of the skin, providing moderate but sufficient pétration to exert its notable anti-bacterial effects.

The main action of this blue light focuses on destroying P. acnes bacteria, responsible for skin inflammation and breakouts. In addition to its antibacterial effect, the blue LED helps regulate the production of sebum, thereby reducing excess oil, which can contribute to clogged pores and the formation of new pimples.

The combined effects of the blue LED and P. acnes bacteria are particularly effective.

The combined effects of reducing bacterial activity and regulating the sebum make blue light a valuable tool in the treatment of blemishes;cious tool in the treatment of imperfections, offering a gentle, non-invasive solution to improve skin clarity and health without the side effects of traditional treatments.

The red LED, operating mainly in the wavelengths of 600 à 700 nm, is recognized for its anti-âge properties due to its targeted action on the skin’s superficial layers.

This red lumière stimulates the production of collagène and élastine, two components key to maintaining the skin’s elasticity and firmness, visibly reducing fine lines and wrinkles. By fostering cellular regeneration, red LED helps to reverse skin damage caused by aging and external aggression, resulting in revitalized, rejuvenated skin. What’s more, this technology enhances blood circulation on the skin’s surface, providing better oxygenation and nutrition to skin cells, contributing to a more even, radiant complexion.

The anti-aging effect of red LED makes it a sought-after solution for those who wish to naturally reverse the signs of aging, offering visibly younger skin, without resorting to invasive treatments.

The infrared LED, with its wavelengths between 800 and 1000 nm, penetrates effectively into the skin to activate biological processes essential to skin health.

Its antioxidant action plays a crucial role in reducing the appearance of pigmentation spots, promoting a more even skin tone and reducing the visible signs of aging. This specific light also stimulates the oxygenation of cells, improving cellular respiration and skin vitality, contributing to a brighter, more radiant complexion. In addition, infrared LED is known to encourage hair growth by stimulating hair follicles, offering a promising solution for hair loss problems.

Focusing its action on enhancing cellular function and combating oxidative stress, infrared LED not only treats superficial symptoms but addresses the underlying causes of skin imperfections and hair loss, rendering the skin healthier from the inside out and promoting denser, more vigorous hair.