Transdermal electroporation is a revolutionary technology that makes it possible to incorporate active ingredients deep into the skin that cannot be introduced by other methods.

It is also known as virtual mesotherapy, to differentiate it from injected mesotherapy, although it is not the specifically correct term to refer to it.

Electroporation can act at deep levels of the skin.

Under normal conditions, particles larger than 500 Daltons cannot penetrate the skin. However, with Mesolux you can use active ingredients that according to the Dalton Law could not.

So the result, as you might expect, is spectacular.

Mesolux applicators combine electroporation with biophotonic therapy with near-laser spectrum purity.

Thanks to this purity we can guarantee that we act on the right chromophore and do not interact with other cells or structures.

Depending on its wavelength, it will act on some molecules or others in a totally selective way, thus being able to perform the desired treatment in a specific way.

• At 633nm wavelength it looks red. In this case, the main chromophore is cytochrome c oxidase, a protein whose stimulation accelerates cell metabolism. With its application we activate the restoration of the dermal matrix, through the metabolic activation of fibroblasts.
  • It also regenerates collagen fibers, stimulates blood microcirculation and creates an anti-inflammatory effect.
  • We can perform very effective treatments related to flaccidity, expression wrinkles, hydration and wrinkle filling.
• At 420 nm wavelength it looks blue. It has as a chromophore the porphyrins generated by P. acnes, absorbing energy and producing oxygen radicals, which causes the destruction of the bacteria.
  • Mesolux eliminates P. acnes bacteria.
  • In this way, including phototherapy, we can achieve selective effects depending on the wavelength applied, both exclusively and in combination with other techniques.