Medicube - Triple Collagen Cream 4.0

The Medicube – Triple Collagen Cream 4.0 is an intensive moisturizing face cream designed by Medicube—a standout innovator in Korean skincare and K beauty. Formulated for professional B2B clients, aesthetic clinic buyers, and retailers expanding their Korean cosmetics catalog, this rich cream reinforces the skin's surface moisture veil to promote high-shine hydration, suppleness, and a healthy look. This advanced Medicube skincare formulation utilizes three distinct sizes of collagen molecules paired with elastin to smooth surface texture and deliver multi-depth hydration to the upper layers of the complexion. Engineered to lock in moisture and maximize key actives, the upgraded 4.0 formula creates a protective seal that supports a firmer, more resilient appearance. It serves as an essential SKU for delivering the coveted "glass skin" finish within modern Korean beauty products. Key Product Highlights & Specifications • Product Type: Intensive Hydrating & Firming Face Cream • Core Ingredients: Triple Collagen Complex, Hydrolyzed Elastin, Peptide Matrix, Hyaluronic Acid, Centella Asiatica Extract. • Skin Concerns Addressed: Loss of surface elasticity, dehydration, rough skin texture, and fine line appearance. Professional Usage & Layering Routine • Surface Prep: Begin with a clean surface using a gentle cleanser, facial cleanser, oil cleanser, or cleansing balm. • Active Treatment: Apply a targeted face serum, hyaluronic acid serum, microneedling serum, or PDRN formula. • Cream Application & Device Synergy: Smooth an appropriate amount of Medicube – Triple Collagen Cream 4.0 evenly across the face and neck. For optimized absorption and enhanced skin conditioning, pair with a Medicube device or microcurrent facial device. • Targeted Care & Protection: Apply an eye cream or layer beneath a Medicube mask or facial mask for intensive care. During daytime Korean skin care routines, always finish with a broad-spectrum sunscreen, mineral sunscreen, or SPF product to safeguard the skin surface against UV exposure.