Facial Mesotherapy Non Needle
Ingredient: Hyaluronic, Glutathione, Vitamin B2, More than 20 amino acids
Specification: 3.5ml
Package: Bottle
Application Area: Hydrating, stimulating collagen production, antioxidant, brightening skin tone.
Product Introduction:
Hyaluronic Acid enhances the elasticity of thin or fragile skin, reducing the appearance of crepey texture on areas such as the neck and hands. Hyaluronic Acid serums are highly effective at layering with other skincare products, making them a versatile addition to any skincare routine. Offering one of the highest Hyaluronic Acid concentrations at 16mg/ml, this advanced formula deeply nourishes the skin, provides superior hydration, and sustains long-term results, making it a top choice in the market.
Product Display:
Product Details:
Type | MESO DNS |
Specification | 3.5ml |
Application area | Facial dermal mesoderm |
Product efficacy | Hydrating, stimulating collagen production, antioxidant, brightening skin tone |
How to choose | According to the customer's skin type, age and customer needs to choose |
Package | Bottle |
Storage | Room temperature (1-25ºC), cool and dry place |
Recommended | 1-2 pc |
Recommended interval | 1 month |
Lasting time | 1 month |
Heavy metal residue | ≤10μg/g |
Endotoxin content | <0.5EU/mL |
Product Package:
Customer feedback:
Raw material advantages:
1. The ability of Hyaluronic Acid to retain water molecules contributes to a dewy, radiant complexion, enhancing the overall luminosity of the skin.
2. Hyaluronic Acid helps to soothe sunburned skin by reducing redness and providing intense hydration to promote faster recovery.
3. The use of Hyaluronic Acid in post-shaving products helps to reduce irritation, calm redness, and provide essential hydration for smoother skin.
Development Process:
Company Introduction:
Drawing upon over 15 years of expertise in the modification and crosslinking of polysaccharide materials, our cutting-edge medical-grade material modification platform converts chitosan into carboxymethyl chitosan—evidenced by our surgical anti-adhesion fluid on the market—and transforms sodium hyaluronate into crosslinked sodium hyaluronate through sophisticated biphasic, monophasic, and micro-crosslinking techniques, while simultaneously advancing the production of medical-grade microspheres, including crosslinked starch microspheres (featured in our composite microporous polysaccharide hemostatic powder) and innovative injectable microspheres of PCL, PLLA, and PMMA developed via solvent-free and novel emulsification processes.