New strip less wax formulated with a very special mineral resin that prevents skin reactions and highly recommended even for the most sensitive skins.
This patented wax formula has a changing dual color system that allows the therapist to time the application: when applied it is an intense and translucent purple color. This color indicates that the wax is acting as a mask trapping in the heat. When the wax becomes a clear lilac the therapist will know that the mask is dry and ready to be removed as a wax strip, avoiding any confusion as when it needs to be removed.
After removal, you will discover a new smooth, soft, hydrated, skin free from dead cells while bright and luminous.
Natural Moisturizing Factor (NMF) :
The NMF is a natural protection, which our skin has to protect from dehydration. Many times our bodies own substances are not always found in the percentage desired, therefore an external booster is required.The natural moisturizing factor used in CERAZYME® DNA MASK is a complex of ingredients to help the reconstruction of our natural MFN.Among them are amino acids that, due to their small size, possess high capacity of penetration, focusing its moisturizing action to the deepest layers; Urea; Alpha-hydroxy acids; and PCA, a moisturizing molecule which increases the capacity of water retention while hydrating, softening and providing elasticity to the skin.
DNA Filaments:
DNA strands revitalize the skin, protect and accelerate skin repair, improving the appearance and quality of tissues. This results in a drastic reduction of the signs of aging, preventing the appearance of wrinkles and firming the outline of the oval face.It strengthens the protection of our own DNA in the skin and helps to preserve the genetic information, stimulating the activity of the genes responsible for the repair of damage to the structure of the DNA double helix.In addition, it has regenerative properties, leading to a greater production of keratinocytes, as the epidermal tissue re densifies and makes it more resistant to external aggressions