Within the structure of human skin, the dermis layer is composed of up to 70% collagen. It acts as the skin’s internal spring and reservoir, underpinning its elasticity, firmness, and moisture retention. However, as aging and UV damage accelerate, collagen depletes rapidly, leading to wrinkles, sagging, and dullness.
Traditional macromolecular collagen is difficult for the skin to absorb directly. In contrast, collagen peptides undergo advanced enzymatic hydrolysis to achieve an ultra-small molecular size, allowing them to penetrate the intestinal wall directly into the bloodstream and be delivered precisely to the dermis. They not only fill in the gaps of the depleted collagen network to lock in skin moisture but also stimulate fibroblasts to autonomously produce new collagen. Consistent supplementation restores the skin’s underlying architecture from within, smoothing fine lines, renewing elasticity, and unveiling a plump, youthful radiance.