Radiancy: Innovative solutions, perfect results.
About Radiancy Filler
Existing Cross-linking technology
Ultrafine bead divided by molecule of HA
New bead united by ultrafine bead
Another bead united by new bead
Radiancy
Test result conducted by a respectable laboratory.
Technology in existing HA filler
Primary or Secondary cross-linking can be different in each company.
Radiancy in Semi-solid Gel state
Due to high cohesiveness and viscosity, Da:all Dermal fill is not easily dissolved
by Hyaluronidase in the body.
(The long-lasting mechanism)
Viscosity Test
Picture of viscosity test taken after 4minutes
An elaborate product with high viscosity and cohesiveness through its high cross linking rate, and a very low particle size to provide moldability, longevity and shape maintenance after procedure.
Longevity comparison graph
Comparison to conventional products that claim to have produced a long lasting HA filler
Most companies claim to have successfully manufactured a long lasting HA filler by increasing the cross- linking rate. However, due to limitations in the cross-linking technology these products instead have onl y increased viscosity and particle size, which does not contribute to a long lasting HA filler. Moreover, products that have only raised viscosity does not show good moldability.
Safe & Removable
The product is safe with no chemical modification in the HA, even after high cross-linking process.
Refractive absorbance analysis
Hyaluronidase test
Radiancy perfectly dissolves through Hyaluronidase.
Superior hydrophilic capacity
Our product provides excellent volume effect through its high hydrophillic capacity and stable molecular structure even after high cross-linking rate.
Comparison of moisture retention
Centrifugation at 3,000 rpm for 30
minutes (Status: 500cc of water added to a sample of 1cc)
Shows higher volume effect compared to other fillers of same amount Excellent volumizing effect and easy molding even with a small amount
Radiancy
Increase long lasting effect in the human body by creating pearl shaped beads to overcome the fast dissolution through natural hyaluronidase of conventional reticulate structured HA.
