Day & Night Eye Cream QMS Advanced Cellular Alpine Day And Night Eye Cream

The delicate skin around the eyes emphatically reacts to environmental aggressors, signaling its discomfort through premature aging, signs of dehydration, puffiness, and dark circles. To alleviate these issues in this vulnerable area and prevent their recurrence, maintaining a vibrant and confident appearance despite the negative impact of external factors, try the specialized cream from QMS. Designed for both day and night use, this product boasts incredible regenerative properties. The Advanced Cellular Alpine Day And Night Eye Cream stimulates tissue regeneration, accelerates blood circulation, metabolic processes, and the synthesis of filamentous proteins in the epidermis, the ample presence of which is externally reflected in smoothness, elasticity, and resilience.

Key Features of the Advanced Cellular Alpine Day And Night Eye Cream by QMS:

- made with natural components;
- suitable for regular care for all skin types;
- protects against the negative impact of external factors;
- its gentle texture is quickly absorbed without any stickiness or greasiness;
- developed using the regenerative power of the stem cells from the Alpine rose;
- distinguished by its incredible regenerative properties;
- accelerates cellular renewal and the synthesis of filamentous proteins;
- garden cress (Lepidium sativum) enhances the overall metabolism of the epidermis;
- renders it smoother, more elastic, and resilient;
- slows the formation of premature aging signs;
- corrects the visibility of existing expression lines, fine lines, and "crow's feet";
- eliminates puffiness, signs of fatigue, signs of dehydration, including dark circles under the eyes;
- noticeably refreshes the look, accentuating its depth;
- hyaluronic acid normalizes and maintains the hydro balance;
- prevents the reoccurrence of dryness, flaking, and redness;
- glycerin gently softens rough areas;
- participates in the natural healing process of mechanical damages;
- squalane minimizes the risk of transepidermal water loss.