Sculpture FibreKore no comments
Sculpture®, an enamel-compatible, stain-resistant polymer ceramic, when combined with FibreKor®, a high-strength resin-impregnated fiber substructure, offers clinicians the latest in polymer-glass ceramic technology. Restorations fabricated by Premium Dental Labs with these materials, manufactured by Jeneric/Pentron, present a metal-free system that combines the aesthetics of porcelain with the flexural strength and shade control of resin.
Translucency in a complete range of shades, which allows natural light transmission throughout the restoration because there is no metal. FibreKor’s strength is comparable to that of NP alloy; its superior flexural strength makes FibreKor dependable for onlay bridges, frameworks, and bonded retainers.
Sculpture/FibreKor is indicated for veneers and posterior bridges, crowns, inlays, and onlays. Sculpture/FibreKor is contraindicated for bridge pontics spanning more than 15.0 mm.
The Sculpture/FibreKor System is the clear alternative to uncertian, time-consuming process of making porcelain / metal restorations. Whether the case calls for an inlay, onlay, onlay bridge, or crown – making strong, esthetic restorations, with Sculpture.
The Sculpture/FibreKor System provides the versitility and predictability required to satisfy esthetically conscious customers. Start with a strong, metal-free FibreKor framework. Translucent FibreKor framework. Translucent FibreKor is available in 5 shades and 2 widths.
Sculpture material exhibits a 40% decrease in water sorption values (9-12ug/mm^3) over conquest C&B, resulting in greater stain resistance. It also features an improved material wear rate of less than 3 microns per year.
Unique, patented FibreKor brand material is a revolutionary concept in fiber reinforcement. In FibreKor, glass fibers are uniquely coupled with an optimized resin to reate a tenacious bond between the fibers. FibreKor (MOR approximately 1,000 MPa) provides high stength and rigidity to the framework. And the Sculpture overlay provides superior marginal adaptation, contour and proximal contact.

