Skin barrier or "protection"

from nutrients?


The skin has multiple layers, and for active ingredients to work, they need to pass through the outer layer, the stratum corneum, and reach the dermis. While the stratum corneum protects against external irritants, it also limits the absorption of beneficial ingredients. That’s why many serums and creams remain on the skin’s surface without delivering deeper benefits.


Microcurrent technology solves this problem by helping active ingredients penetrate the skin barrier more effectively, ensuring nutrients reach deeper layers for better results.

Microcurrent


Facial microcurrent is a non-invasive skincare method that delivers low-level electrical currents to the skin to induce various benefits.


This process, called iontophoresis, was originally used as a medical technique to deliver medications through the skin. It is now being used in skincare to enhance the absorption of effective ingredients in cosmetics.

The microcurrent ionizes nutrients, and the repulsive force between ions allows them to cross the skin barrier and penetrate deep into the dermis.


This enhances nutrient penetration and durability, maximizing skincare effectiveness.

Skin barrier or "protection"

from nutrients?


The skin has multiple layers, and for active ingredients to work, they need to pass through the outer layer, the stratum corneum, and reach the dermis. While the stratum corneum protects against external irritants, it also limits the absorption of beneficial ingredients. That’s why many serums and creams remain on the skin’s surface without delivering deeper benefits.


Microcurrent technology solves this problem by helping active ingredients penetrate the skin barrier more effectively, ensuring nutrients reach deeper layers for better results.

Microcurrent


Facial microcurrent is a non-invasive skincare method that delivers

low-level electrical currents to the skin to induce various benefits.


This process, called iontophoresis, was originally used as a medical technique to deliver medications through the skin. It is now being used

in skincare to enhance the absorption of effective ingredients in cosmetics. The microcurrent ionizes nutrients, and the repulsive force between ions allows them to cross the skin barrier and penetrate deep

into the dermis.


This enhances nutrient penetration and durability, maximizing skincare effectiveness.