Product Description
![CE Standard Injection for Skin Care and Collagen Regeneration](//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 |
Discover the pinnacle of skincare innovation with our CE Standard Injection for Skin Care and Collagen Regeneration! This product is a cutting-edge, sterile, biodegradable, transparent, and colorless injectable hydrogel that is non-pyrogenic and non-crosslinked, offering unmatched purity and safety.
Crafted from highly purified sodium hyaluronate of non-animal origin, derived through an advanced bacteria fermentation process, it ensures superior quality and biocompatibility.
Our formulation features non-crosslinked sodium hyaluronate (18mg/mL) and includes calcium hydroxyapatite (0.01%), along with glycine and L-proline in a scientifically balanced physiological buffer.
Presented in a user-friendly graduated, pre-filled, disposable syringe with a Luer-lock Tip Cap, each product box is meticulously prepared with one syringe, an instruction leaflet, and a set of labels for seamless traceability. The contents of the syringe are sterilized using advanced moist heat techniques.
Designed to elevate skin quality through dermal injection, this product enhances skin vitality by moisturizing, minimizing pores, fostering collagen regeneration, and reducing fine lines.
Injected into the dermis, the remarkable water-binding capacity of sodium hyaluronate bestows exceptional hydration and moisturization, significantly boosting skin quality. Additionally, glycine and L-proline, the cornerstone amino acids of collagen synthesis, further enhance skin integrity.
Hydroxyapatite acts as a bioactive catalyst, effectively stimulating collagen regeneration. Over time, the product naturally degrades within the body, with effects gradually fading, but the opportunity for re-injection allows for ongoing skin enhancement.
The outcome of skin enhancement is influenced by the unique characteristics of the treated defect, tissue tension at the injection site, and the precision of injection techniques employed.