Product Description

Colors |
Transparent |
Material |
Hyaluronic Acid |
Whether to post or not |
Over 50 pieces of postage |
Is it disinfected? |
Disinfected |
Discover the epitome of skin rejuvenation with our cutting-edge product—a sterile, biodegradable, transparent, and colorless hydrogel. This remarkable, non-pyrogenic, non-crosslinked injectable solution is expertly crafted to elevate your skin's vitality.
Our innovative hydrogel features highly purified sodium hyaluronate sourced from non-animal origins through advanced bacterial fermentation, ensuring purity and safety.
Meticulously formulated, this product encompasses non-crosslinked sodium hyaluronate (18mg/mL) along with 0.01% calcium hydroxyapatite, complemented by the nourishing benefits of glycine and L-proline in a delicate physiological buffer.
L-proline in a physiological buffer.
Elegantly presented in a graduated, pre-filled disposable syringe complete with a Luer-lock Tip Cap, each package includes a single syringe, an informative instruction leaflet, and traceability labels.
The product's syringe contents are sterilized using moist heat to maintain optimal safety and efficacy.
This transformative product is ingeniously designed to enhance skin quality through dermal injection, offering benefits such as deep moisturizing, pore refinement, collagen regeneration, and reduction of fine lines.
pores, collagen regeneration and minimizing fine lines.
Harnessing the water-binding prowess of sodium hyaluronate, this product delivers profound hydration and moisturizing effects to elevate skin quality.
Moreover, the skin's vitality is further enhanced by glycine and L-proline, essential amino acids crucial for collagen synthesis.
Hydroxyapatite serves as a potent bioactive agent, stimulating collagen regeneration for enriched skin texture and resilience.
Over time, the product naturally degrades in the body, with its effects gradually diminishing. To continuously enhance skin quality, reinjections can be performed as needed.
The success in skin enhancement is influenced by the specific characteristics of the treated defect, tissue stress at the injection site, and the precise injection technique employed.
site, and the injection technique.