Product Description

Colors |
Transparent |
Material |
Hyaluronic Acid |
Whether to post or not |
Over 50 pieces of postage |
Is it disinfected? |
Disinfected |
Discover the innovative 3ml Facial Filler Injection, a marvel in skincare technology. This product is a sterile, biodegradable, transparent, and colorless injectable hydrogel, meticulously designed to be non-pyrogenic and non-crosslinked.
It is composed of highly purified sodium hyaluronate of non-animal origin, derived from advanced bacterial fermentation processes.
This state-of-the-art formulation incorporates non-crosslinked sodium hyaluronate (18mg/mL) coupled with a precise blend of 0.01% calcium hydroxyapatite, glycine, and
L-proline within a carefully balanced physiological buffer.
Elegantly presented in a pre-filled, graduated disposable syringe with a Luer-lock Tip Cap, each package includes one syringe, an
instruction leaflet, and a set of labels ensuring impeccable traceability. The syringe contents are sterilized by moist heat to guarantee maximum safety.
This exceptional product is designed to enhance skin quality through dermal injection, effectively moisturizing and shrinking
pores while promoting collagen regeneration and reducing the appearance of fine lines.
Administered into the dermis, the injection capitalizes on the water-binding prowess of sodium hyaluronate to deliver profound hydration and moisturization,
further enriched by the glycine and L-proline nutrients, which are vital amino acids essential for collagen synthesis.
Hydroxyapatite, a bioactive substance in the formulation, stimulates the regeneration of collagen, renewing your skin’s youthful essence.
Over time, this product naturally degrades within the body, with the effect gradually diminishing. However, skin quality can be sustained through re-injection. The efficacy of skin enhancement is contingent on the specific defect being addressed, the tissue's stress at the injection site, and the expertise of the injection technique used.
The product's rejuvenating effects are influenced by the defect characteristics, tissue stress at the injection site, and precision in technique.