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Technology

The technology that transforms skincare in just 5-8 minutes

  • Nanofibers allow for superior absorption of active ingredients, without preservatives and with no wasted time.
  • Nanofibers form an ultrafine network that adheres perfectly to the skin and allows for the effective delivery of active ingredients.
  • Preservative-free
  • Eliberare controlată de ingrediente
  • Fast and efficient absorption
  • The mask thus becomes an advanced vehicle for the delivery of active ingredients.

Why nanofiber technology is different

✔ Preservative-free ✔ Fast absorption ✔ Quick application (5–8 minutes) ✔ Efficient ingredient transfer ✔ Lightweight feel on skin

How It Works

1. Activation

The mask is activated by light hydration, preparing the transfer of active ingredients.

2. Active layer formation

Nanofibers create an ultrafine layer that adheres perfectly to the skin.

3. Ingredient Transfer

Nanofibers create an ultra-fine layer that adheres perfectly to the skin.

4. Active ingredients are efficiently delivered to the skin

Quick results. Visible in just 5-8 minutes.

This approach offers:

•⁠ Purer formulas
•⁠ Reduced risk of irritation
•⁠ Better compatibility with sensitive skin.

Inspired by dermatology and medical aesthetics

Nanofiber technology is used in advanced fields of biomedical research for the efficient delivery of active substances.

Pure formulas, without preservatives

The nanofiber structure allows for the integration of active ingredients without the need for preservatives frequently used in traditional products.

Maximum efficiency, rapid absorption

The nanofiber dissolves instantly on contact with the skin, releasing the active ingredients directly where they are needed.

Treatment in just a few minutes

A new standard in skin care Nanofiber technology transforms your beauty routine into a quick and efficient ritual – in just 5–8 minutes.

Dezvoltarea și evaluarea măștilor NanoBeauty PRO

  • Nanofibers offer an extended contact surface, which supports a faster and more efficient release of active ingredients.
  • High specific surface area Nanofibers offer an extended contact surface, which supports a faster and more efficient release of active ingredients.
  • Reduced diffusion path The fine structure of the fibers shortens the distance that active compounds must travel to reach the skin's surface.
  • Controlled release It allows for a more even distribution of active substances and supports more efficient absorption into the skin.
  • Solid state encapsulation It helps maintain the active ingredients in a stable form and promotes more efficient penetration into the skin.
  • Fiber composition The fiber is made from polyvinyl alcohol (PVA), which, upon contact with water, forms a moisture-rich gel, supporting skin hydration.
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