COS DE BAHA Azelaic Acid 10% Facial Serum with Niacinamide ( AZ ) 30ml

celimax The Vita-A Retinol Shot Tightening Serum 30ml is a targeted anti-aging solution developed to address wrinkles, uneven texture, and enlarged pores. It combines 0.1% Pure Retinol with an Advanced Peptide Complex, Panthenol, and the brand’s exclusive A-Shot™ Technology for improved ingredient delivery. At the core of the formula is 0.1% Pure Retinol, a vitamin A derivative known for its effectiveness in reducing fine lines and refining skin texture. Unlike milder alternatives, pure retinol works directly to improve firmness and smoothness over time. As a result, skin becomes more even and pores appear minimized. A-Shot™ technology supports this process by using refined micro-particles that are 16 times smaller than pores. Because of their size, these particles penetrate easily and help active ingredients absorb more efficiently. This method also helps reduce irritation, making retinol application more tolerable for the skin.

In addition, the serum contains a 9-Peptide Complex, which enhances elasticity and supports skin density. Peptides work synergistically with retinol, so the skin not only looks smoother but also feels firmer. Furthermore, 1% panthenol adds hydration and helps reinforce the skin barrier, which is especially important when introducing retinol into a routine. Clinical studies have shown that this formula can reduce the appearance of wrinkles and visibly shrink pore size. Therefore, with consistent use, the skin develops a firmer structure and a more refined look. Meanwhile, the combination of retinol, peptides, and hydration ensures both efficacy and comfort. In fact, this serum is designed as a comprehensive treatment step for those seeking visible improvements in skin firmness and texture. Over time, the result is a smoother and more resilient complexion.

A serum to alleviate premature signs of aging and prevent them, based on coenzyme NAD+, which protects the skin from external stressors and pollution by reducing the degradation of elastin and collagen.