INGRID MILLET Anti Age Filler Serum 30ml
INGRID MILLET ANTI AGE FILLER SERUM 30ml
NEW! Ingrid Millet introduces its new range of cosmetic products combining the key active ingredients of aesthetic medicine while keeping its world-renowned textures.
INGRID MILLET ANTI AGE FILLER SERUM and experience the ultimate in anti-aging with INGRID MILLET Anti Age Filler Serum. Infused with the powerful ingredient Hyaluronic Acid, this serum activates the youthfulness of your skin. Its advanced formula, which includes various forms of Hyaluronic Acid and the plant-based booster Alpinia Galanga, instantly hydrates and plumps the skin for a long-lasting youthful glow. Elevate your skincare routine with this luxurious and exclusive serum.
Why we love it
- Moisturizing, plumping and volumizing effect
- Ideal for dehydrated skin, lacking suppleness and radiance, with wrinkles and fine lines.
- Suitable for all skin types.
- Remains on the surface of the epidermis and forms a "water-filled cushion" film.
- Hydrating and smoothing
- Softening and antioxidant protection
Application
Morning and evening, apply a few drops of the Anti-Age Filler Serum to a perfectly cleansed face and neck, just before the Ingrid Millet cream of your choice.
Key Ingredients
Hyaluronic Acid
Used in aesthetic medicine, this key molecule is one of the essential active ingredients of our new range. Ingrid Millet uses High & Low Molecular Weight Hyaluronic Acid for a moisturizing and anti-aging action.
Alpinia Galanga
This Asian plant from the ginger family is a new active ingredient found in the Ingrid Millet's new range. It stimulates the Hyaluronic Acid naturally present in the skin for a plumping volumizing effect. An incomparable high performance youth active ingredient.
Actions
?Çó Boosts the synthesis of High Molecular Weight Hyaluronic Acid naturally present in the skin.
Aquaxyl
Derived from natural sugars, this active ingredient present in the BioElita range is already your ally in preserving the youthfulness.
Actions
It activates the skin's natural hydration mechanisms.