During hydroporation, complex JetPeel™ Original JetCare™ active ingredients are safely hydroporated deep into the epidermis via the barrier and aquaporins.
DermWave™ Pro fluidizes the barrier and makes it more permeable for the active ingredients.
The collimated treatment aerosol jet of the JetPeel™ safely transports original JetCare™ active ingredients and moisture in high concentrations into deep skin layers and deposits them resiliently between collagenous connective tissue.
A depot is formed there and the active ingredients are released in a delayed manner over a longer period of time.
Compared to a JetPeel™ treatment alone, the combination with DermWave™ Pro achieves up to 30% faster treatment results.
In addition, radio waves simulate a burn on the skin and heat shock proteins are synthesized for rapid skin regeneration.
The water content of the epidermis regulates the elasticity and resilience of the skin.
Water is bound in the hydrophobic environment of the stratum corneum by the substances of the natural moisturizing factor (NMF) such as glycerin, urea, amino acids and peptides.
The specific lipid composition is of crucial importance for the protective function of the skin barrier. The lipids in the various skin layers are modified by enzymes. Water and an acidic pH value in the epidermis are necessary prerequisites for sufficient enzyme activity.
The intact stratum corneum represents an insurmountable barrier for water-soluble substances. Numerous technical procedures have been developed to transport substances through the protective barrier. Sound waves (ultrasound) cause the liquid lipid bilayer to vibrate, thereby changing the consistency and permeability of the membrane.
Electromagnetic waves (radio frequency, microwaves, light energy) heat the lipid layer and fluidize the protective membrane (butter is liquefied when heated).
Abrasion of the barrier layer (microdermabrasion) improves the penetration of active ingredients into deep skin layers, but the protective function is removed and the skin is severely damaged.