HyBrid-Ceramics

Currently, two types of hybrid materials are available in dentistry: polymer-infiltrated ceramic network (PICN) materials (e.g., Vita Enamic) and materials with dispersed fillers (e.g., GC CeraSmart, and Shofu Block HC). The hybrid materials have an elasticity modulus closer to that of dentin and the property of absorbing masticatory forces, which can be particularly valuable for implant-supported restorations. Additionally, the hybrid materials may be more easily fabricated and repaired than ceramics. Regarding adhesive bonding to the hybrid materials, the literature seems to reach a consensus that the combination of mechanical conditioning and chemical conditioning prior to bonding yields the highest bond strength of the hybrid materials. More specifically, well-established mechanical conditioning (e.g., alumina air abrasion for materials with dispersed fillers and hydrofluoric acid etching for PICN materials) followed by silanization could be beneficial for the long-term bond strength..

HyBrid Ceramic restorations  are a leading alternative to metal-based restorations and quick turn around time (for clinic with intra-oral scanner). Our highly-trained and experienced CAD/CAM technicians apply their expertise to each of your inlay, onlay, implant-support and monolithic restorations, this materials can be stain and glaze for maximum aesthetics or prescribed monolithic to maximize strength.

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