Product Description
Colors |
Transparent |
Material |
Hyaluronic Acid |
Whether to post or not |
Over 50 pieces of postage |
Is it disinfected? |
Disinfected |
Introducing a groundbreaking sterile, biodegradable, transparent, colorless, non-pyrogenic, non-crosslinked injectable hydrogel that promises exceptional skin rejuvenation. Meticulously crafted with
highly purified sodium hyaluronate, derived from premier bacteria fermentation, ensuring top-notch non-animal origin formulation.
This innovative product combines non-crosslinked sodium hyaluronate (18mg/mL) with calcium hydroxyapatite (0.01%), complemented by glycine and
L-proline in a superior physiological buffer, engineered for optimal skin care performance.
Each product unit is thoughtfully packaged in a graduated, pre-filled, disposable syringe featuring a secure Luer-lock Tip Cap. The box is equipped with a single syringe, a
comprehensive instruction leaflet, and a set of labels ensuring unparalleled traceability. The product's contents are sterilized using advanced moist heat technology.
Designed to elevate skin quality, this product excels in dermal injection applications, enhancing moisturizing effects, reducing pore size, and promoting
collagen regeneration while effectively minimizing the appearance of fine lines.
Through precise dermal injections, this product leverages the superior water-binding properties of sodium hyaluronate to deliver sustained hydration and deep moisturizing effects,
thereby enriching skin quality. The infusion of glycine and L-proline, essential amino acids in collagen synthesis, further augments skin health.
Hydroxyapatite, a remarkable bioactive substance, invigorates collagen regeneration. Over time, this
product gracefully degrades within the body, gradually diminishing its injection effects, yet continuously enhancing skin quality with potential for
re-injection. The effectiveness of skin improvements is influenced by the unique characteristics of the treated defect, the tissue stress at the injection
site, and the finesse of the injection technique employed.