Mesotherapy Face Before And After
Ingredient: 12mg/ml Micro cross-linked Hyaluronic Acid, Amino acids, Carnosine, Vitamin B2, Lidocaine hydrochloride
Specification: 1ml, 2ml
Package: Single package, Sterile
Application Area: Face
Product Introduction:
Thanks to its micro-crosslinked structure, sodium hyaluronate provides improved durability and skin adhesion, ensuring long-lasting hydration and fine line reduction. Replenishes moisture and vital nutrients to the skin, enhancing its natural glow and firmness. Specially developed to improve skin tightness by nourishing the dermis, helping to reduce the appearance of aging and sagging skin.
Product Display:
Product Details:
Type | Face Mesotherapy |
Specification | 1ml, 2ml |
Ingredients | Micro cross linked sodium hyaluronic 12mg/ml, amino acids, carnosine, vitamin B2, lidocaine hydrochloride |
Application | Dermis: firming up |
Function | Relieve skin dryness and dehydration, give skin natural shine, improve skin firmness |
Package | Single package, Sterile |
Storage | Room temperature (1-25ºC), cool and dry place |
Recommended | 1-2 pc |
Recommended interval | 1 time/month,3 months in a row |
Product Package:
Customer Feedback:
Raw Material Advantages:
1. Micro-crosslinked sodium hyaluronate enhances skin smoothness by preventing lumps and irregularities, delivering superior hydration and wrinkle refinement.
2. Enriched with a high level of sodium hyaluronate for enhanced and prolonged results. The unique micro-crosslinked formula prevents nodules, smooths fine lines, and maintains long-term effectiveness. Infused with lidocaine to improve user comfort.
Development Process:
Company Introduction:
Our state-of-the-art medical-grade material modification technology platform, underpinned by 15 years of expertise in the modification and crosslinking of polysaccharide materials, transforms chitosan into carboxymethyl chitosan—as demonstrated by our marketed surgical anti-adhesion fluid—and converts sodium hyaluronate into crosslinked sodium hyaluronate through meticulously executed biphasic, monophasic, and micro-crosslinking techniques, while also pioneering the production of medical-grade microspheres such as crosslinked starch microspheres (featured in our composite microporous polysaccharide hemostatic powder) and innovative injectable formulations of PCL, PLLA, and PMMA.