Product Description
Colors |
Transparent |
Material |
Hyaluronic Acid |
Whether to post or not |
Over 50 pieces of postage |
Is it disinfected? |
Disinfected |
Introducing our revolutionary Skin Care 3ml Injection with Sodium Hyaluronate for a Youthful Glow. This advanced product is a sterile, biodegradable, transparent, colorless, and non-pyrogenic injectable hydrogel. It boasts a highly sophisticated composition, which
features purified sodium hyaluronate of non-animal origin meticulously derived from state-of-the-art bacterial fermentation processes.
Expertly formulated with non-crosslinked sodium hyaluronate (18mg/mL), this product integrates calcium hydroxyapatite (0.01%), along with glycine and
L-proline, all suspended within a delicately balanced physiological buffer for optimal performance.
Convenience meets precision with our product, presented in a graduated, pre-filled, disposable syringe equipped with a secure Luer-lock Tip Cap. Each package includes one meticulously prepared syringe, comprehensive instructions, and a set
of labels ensuring impeccable traceability. The syringe's contents undergo sterilization through moist heat for utmost safety and effectiveness.
Engineered to elevate your skin's quality, this product is designed for dermal injection, enhancing skin through intense moisturization, pore refinement,
collagen regeneration, and the reduction of fine lines, fostering a radiant and revitalized complexion.
Injected seamlessly into the dermis, the product leverages sodium hyaluronate's potent water-binding abilities to deliver unparalleled hydration and moisture,
while skin quality is further enhanced by glycine and L-proline, crucial amino acids essential for efficient collagen synthesis.
Hydroxyapatite, a dynamic bioactive substance in the formula, actively stimulates collagen regeneration. Over time, the product naturally biodegrades,
allowing the effects to subside gradually, with the option for re-injection to sustain skin's improved texture, contingent on defect characteristics, tissue stress,
at the site, and precise injection technique.