EXO-NAD Longevity Peel

• Radiant, luminous complexion: exfoliating acids (glycolic, lactic, salicylic and tartaric) remove dead skin cells and stimulate cell renewal, revealing more luminous skin. Gold flakes also contribute to the complexion's radiance.
• Reducing the appearance of fine lines: The reduction in the appearance of fine lines is based on several complementary mechanisms. The GHK-Cu peptide (Copper Tripeptide-1) stimulates collagen production and promotes tissue repair. Biomimetic peptides and growth factors activate fibroblasts, increasing collagen and elastin synthesis.
• Improved skin firmness and elasticity: Skin firmness is enhanced by stimulating fibroblasts with regenerating peptides, growth factors and GHK-Cu, which promote the synthesis of collagen, elastin and glycosaminoglycans.
• Reduces pigmentation irregularities: Tranexamic acid acts on the mechanisms responsible for hyperpigmentation by limiting the excessive production of melanin. Glutathione, a powerful antioxidant, also helps to lighten the complexion and reduce pigmentation spots.
• Support for the skin's natural repair mechanisms: the NAD supports cellular mechanisms linked to DNA repair and energy production

After removing make-up and cleansing the skin, the therapist applies the peel, whose protocol works in three complementary stages.

The first phase, the Biphasic Exo-Peel, It gently exfoliates the skin thanks to a blend of acids (glycolic, lactic, salicylic and other exfoliating acids) combined with a protective lipid phase. This technology stimulates cell renewal while respecting the skin barrier.

The second stage consists of a pH Normalizer, an innovative solution enriched with buffered collagen, biomimetic peptides and vitamin B12. This phase neutralises the acidity of the peel, soothes the skin and promotes tissue repair.

Finally, the Longevity Serum acts at a cellular level to optimise the skin's regeneration mechanisms. Its formula includes regenerating peptides, NAD+, growth factors and synthetic exosomal structures designed to improve cellular communication and tissue repair.