FGM - Vittra APS - Composite UNIQUE - syringe 4gr - ( Chameleon Effect ) # 4000055659
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Description
CHAMELEON Effect copies the color of the dental adjacent substrate during polymerization
0.2mic FILLING with Zirconia Silica Spherical particles
APS System allows extended working time under operating light
Follows WHITENING Treatments
LS Low Shrinkage
One shade for all shades. Vittra APS UNIQUE allows you to work with just one composite in direct restorations on anterior and posterior teeth (classes I, II, III, IV, V and VI).
The Chameleon Effect with a One Shade Composite
Shade selection can be one of the most time-consuming aspects of dental restoration. But with a one shade composite and the chameleon effect, the tedious and complicated shade selection process is avoided.
When performing procedures with FGM Dental Group composites, there’s no need to use several products to get the perfect look and feel for the patient. A one shade composite allows for incremental adjustment chairside, allowing the clinician to closely match surrounding teeth to achieve the chameleon effect..
What is the Chameleon Effect in Dental Restoration?
The chameleon effect describes the phenomena observed when comparing restorations side by side between esthetic dental materials and hard dental tissue. The observable differences are minimized when observing side by side, rather than in isolation.
A one shade composite makes it simple to incrementally apply the material to develop the perfect shade-matched smile from Bleach through to D4. There’s no need for stratification, and it’s simple to mimic surrounding hard tissue for a flawless smile.
Vittra APS UNIQUE is a reliable one shade composite that allows clinicians to leverage the chameleon effect for better restorations and improved patient satisfaction.
Copies the shade of the dental substrate during the polymerization process, achieving perfect mimicry thanks to the chromatic mirroring characteristics of the composite.
Longer working time even under the reflector's light, more efficient photopolymerization, increased mechanical properties, superior esthetics with shade transmission and mirroring facilitated thanks to the more transparent photoinitiators of the APS technology (compatible with all light emitting light-curing devices).
