This rich redensifying cream has been specifically developed to correct pronounced signs of ageing thanks to:
An innovative remodeling action that helps redefine facial contours and target the SENEB area.
Enhanced hydration and nourishment provided by powerful active ingredients such as hyaluronic acid, ceramides and L-MTX.
Hyal Ceutic Redens+ has been carefully formulated to address the specific needs and physiological changes of very mature skin. Indicated for pronounced signs of skin ageing, loss of density and dehydration.
USAGE RECOMMENDATIONS: ✔️ Apply using upward movements to create a lifting effect. ✔️ Gently massage the skin following the natural contours of the face. Apply to the face morning and evening. Suitable for use around the eye area.
Average usage: 2–3 months
CLINICALLY TESTED
86% of patients confirm that the skin becomes firmer, smoother and regains elasticity and softness.*
82% of patients confirm improved skin density.*
73% of patients confirm a more clearly defined facial contour.*
*In vivo study of Hyal Ceutic Redens+ conducted on 22 volunteers over 56 days. Independent European contract research organization.
ACTIVE INGREDIENTS:
POLYGLUTAMIC ACID – Skin structure. Hydration.
A powerful active ingredient that enhances natural moisturizing factor (NMF) production, inhibits hyaluronidase and collagenase, stimulates synthesis of skin barrier proteins (filaggrin, loricrin, involucrin) and restores type I collagen.
HYALURONIC ACID – Anti-age protection. Hydration.
Three different molecular weights acting at multiple levels: restores hydration in the epidermis (high MW), nourishes at the dermo-epidermal junction (medium MW), and penetrates the dermis to provide a plumping and firming effect (low MW).
CERAMIDES – Nourishment.
A highly effective complex that strengthens the skin barrier by stimulating lipid synthesis, keratinocyte differentiation and extracellular matrix production through activation of procollagen and fibrillin synthesis.
L-MTX – Skin structure.
A natural extract that stimulates fibroblast activity and youth-related proteins (Klotho, Foxo), while reducing the volume of the SENEB area, whose development is closely associated with skin ageing processes.
