Product Description
![3ml Sodium Hyaluronate Injection for Youthful Skin Appearance](//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 a revolutionary skincare solution: a sterile, biodegradable, clear, colorless, non-pyrogenic, non-crosslinked injectable hydrogel that promises to rejuvenate and enhance your skin's natural beauty.
Engineered with highly purified sodium hyaluronate, sourced from non-animal origins through advanced bacterial fermentation techniques.
This innovative formula combines non-crosslinked sodium hyaluronate (18mg/mL) with calcium hydroxyapatite (0.01%), and is enriched with essential amino acids like glycine and
L-proline, all suspended in a perfectly balanced physiological buffer for optimal skin absorption.
Presented in a precision-engineered, graduated, pre-filled disposable syringe with a Luer-lock Tip Cap, each package includes one syringe, a comprehensive
instruction leaflet, and a set of traceability labels. The product contents are meticulously sterilized through moist heat to ensure absolute safety and efficacy.
Designed to elevate your skin's condition through dermal injection, this product offers extensive benefits such as superior hydration, pore refinement,
stimulated collagen regeneration, and the reduction of fine lines for a more youthful appearance.
By harnessing the potent water-binding capabilities of sodium hyaluronate, this injection delivers deep hydration and moisturization to significantly
enhance skin quality. Complemented by glycine and L-proline, which are crucial for collagen synthesis, it ensures a comprehensive nutrient infusion.
Calcium hydroxyapatite acts as a bioactive compound, triggering natural collagen regeneration. Over time, the product naturally degrades, allowing the
effects to fade gradually, but re-injection can restore and maintain improved skin quality. The degree of enhancement relies on the treated defect,
tissue stress at the injection site, and the precision of the injection technique employed.