Product Description
![3ml Injection for Skin Care and Fine Line Minimization](//www.micstatic.com/athena/img/transparent.png)
Colors |
Transparent |
Material |
Hyaluronic Acid |
Whether to post or not |
Over 50 pieces of postage |
Is it disinfected? |
Disinfected |
Introducing our innovative, sterile, and biodegradable solution: a transparent, colorless, non-pyrogenic, non-crosslinked injectable hydrogel, expertly crafted to elevate your skincare regime. This advanced formulation is built upon the foundation of
ultra-purified sodium hyaluronate, sourced from non-animal origins and derived through meticulous bacterial fermentation processes.
Our sophisticated formulation integrates non-crosslinked sodium hyaluronate (18mg/mL) with the inclusion of calcium hydroxyapatite (0.01%), glycine, and
L-proline, all suspended in a carefully balanced physiological buffer to ensure optimal results.
Presented in a precision-engineered, graduated, pre-filled disposable syringe equipped with a secure Luer-lock Tip Cap, each package includes one syringe, a comprehensive
instruction leaflet, and a full set of traceability labels. For your safety, the syringe contents are sterilized using advanced moist heat methods.
Designed specifically to elevate skin quality through dermal injection, our product offers enhanced moisture retention, pore refinement, and stimulates
collagen regeneration, effectively minimizing fine lines for a rejuvenated appearance.
When injected into the dermis, the hydrating power of sodium hyaluronate binds water, delivering profound hydration and moisturizing benefits.
Skin quality is further enhanced by glycine and L-proline, crucial amino acids that drive collagen synthesis, while
the bioactive hydroxyapatite plays a pivotal role in stimulating collagen regeneration. Over time, the product naturally degrades within the body, allowing
the initial effects to diminish, making re-injection an option for sustained skin quality improvement. The degree of improvement is influenced by the nature of
the treated defect, tissue stress at the injection site, and the precision of injection technique employed.