Swiss nano-liposomes: 5–6 nm beyond the barrier

The geometry of penetration

The intercellular space of the skin is 10–12 nanometres wide. A regular HA molecule — a long tangled strand — physically cannot pass through this mesh. It stays on the surface and washes off with water.

Our molecule is twisted into a liposome only 5–6 nanometres in diameter — a "bottle brush" structure. Half the size of the gap between corneocytes, the liposome slips through the stratum corneum.

What the microfluidiser does

It is a Swiss installation. Under high pressure it precisely fragments the HA molecule and twists it into tiny nano-containers — liposomes with a narrow size distribution and high stability.

The processing happens in Switzerland, while the raw materials and formula stay Russian.

What happens in the skin

• The liposome crosses the stratum corneum and reaches the moist intercellular environment.
• There it opens up and releases hyaluronic acid.
• HA holds on to moisture, so the skin stays hydrated longer.

Liposome size: 5–6 nm. Spaces in the stratum corneum: 10–12 nm. The liposome passes through.