Collagen Filler Near Me
Ingredient: Saline suspension consisting of 3.5% pig collagen
Specification: 1 ml
Package: Bottle
Application Area: Eye depression, fine lines, lying silkworm, crow's feet, dark circles, mouth youthful, forehead wrinkles, eyebrow lines, etc.
Product Introduction:
Collagen boasts excellent biocompatibility, making it an ideal filler for soft tissue depressions.The FDA has approved collagen implants for filling soft tissue defects and addressing wrinkles.Type I Collagen can stimulates the reconstruction of the collagen framework, effectively improving skin depressions, sagging, and laxity, resulting in firmer skin.Type III Collagen can repairs fibrous tissues, enhancing skin texture by reducing roughness, dullness, and imperfections, leaving the skin smoother and more radiant.
Product Display:
Product Details:
Type | |
Ingredient | Saline suspension consisting of 3.5% pig collagen |
Specification | 1ml |
Effect area | corium |
Application area | Eye depression, fine lines, lying silkworm, crow's feet, dark circles, mouth youthful, forehead wrinkles, eyebrow lines, etc |
How to choose | Moderate to severe naso-lip wrinkles |
Package | Single package |
Storage | Store at 2 ~ 8ºC, do not freeze |
Recommended | 1-2 pc/time |
Recommended interval | 12 months |
Lasting time | At least 3 consecutive treatments as a small course, each treatment interval of 2 to 3 months |
Collagen content | 38mg/ml |
Product Package:
Customer Feedback:
Raw Material Advantages:
Skin-Derived Advantage: The natural composition of 90% Type I collagen and 10% Type III collagen closely matches the structure of human skin collagen.
Porcine-Derived Advantage: With over 95% amino acid sequence similarity to human collagen, it eliminates the need for skin testing, unlike bovine collagen.
Biological Structure & Activity Advantage: Retains its natural triple-helix structure, with complete removal of immunogenic components. It appears as a white gel with no Tyndall effect.
Development Process:
Company Introduction:
Our medical-grade material modification platform, backed by 15 years of expertise, enables the transformation of chitosan into carboxymethyl chitosan (used in an anti-adhesion surgical solution) and sodium hyaluronate into crosslinked sodium hyaluronate through advanced biphasic, monophasic, and micro-crosslinking processes. Additionally, our medical-grade microsphere preparation technology encompasses the development of crosslinked starch microspheres (commercialized as a microporous polysaccharide hemostatic powder), solvent-free injectable PCL, emulsification-based injectable PLLA, and precisely engineered injectable PMMA microspheres.