Name: HyalDew Shine® Hyaluronic Acid Dermal Filler
Brand: BioPlus
Availability: InStock

Multi-Stage Cross-Linked Hyaluronic Acid 20mg/ml

USD $63.00

HyalDew presents a new generation of hyaluronic acid (HA) fillers providing a long-lasting esthetic effect. The patented “Multi-staged Cross-Linking (MCL)” technology ensures the ultrafine microbead structure of the HA gel. The innovative 3-staged processing technology yields ultrafine HA microbeads of three different sizes that are placed one inside another similar to the nesting dolls. Such a complicated structure guarantees prolonged effect duration in comparison with the HA fillers obtained using standard cross-linking techniques.

Fine wrinkle filling
Evening skin tone
Hydration for the dry and dull skin
Treatment of pigmented spots

The aesthetic effect lasts up to 12 months.

1 Syringe × 2.0 ml per pack

Needle size: 31G 13 mm or 34G 1.2 mm

Size: 1 Syringe (2.0ml / 0.07fl.oz)
Brand name: Restylane, Perlane, Juvederm

Title	Range	Discount
Items:	2 - 4	5% USD $59.85
Items:	5 - 8	10% USD $56.70
Items:	9 +	15% USD $53.55

Description

What is HyalDew Shine® Hyaluronic Acid Dermal Filler?

HyalDew Shine is a skin booster developed specifically for skin rejuvenation. The filler is injected into the middle dermis of various parts of the face. A small gel particle size (100 µm) ensures even gel distribution and a natural-looking effect.

HyalDew presents a series of hyaluronic acid- (HA)-based fillers from the South Korean company BioPlus Co., Ltd. A unique 3-staged HA cross-linking technology is used to manufacture HyalDew products, which allows for regulating HA cross-linking rate and gel viscosity. As a result, the HyalDew series contains 4 products with different gel parameters for various needs: HyalDew All, HyalDew Mid, HyalDew Fine, and HyalDew Shine.

The series contains 4 products varying in the HA cross-linking rate and particle size depending on the scope of use
Long effect duration due to the unique HA structure
The innovative technology of 3-staged HA cross-linking results in the unique microbead HA structure