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ABSTRACT This clinical case report describes the fabrication of monolithic self-glazed zirconia prostheses via a digital workflow, for full-arch rehabilitation in a patient with a severely worn dentition. Prostheses composed… Click to show full abstract
ABSTRACT This clinical case report describes the fabrication of monolithic self-glazed zirconia prostheses via a digital workflow, for full-arch rehabilitation in a patient with a severely worn dentition. Prostheses composed of self-glazed zirconia are less prone to chipping, and have a lower risk of progressive wear of the opposing natural teeth. The use of a digital workflow not only ensures a higher degree of precision in the fabrication of self-glazed zirconia prostheses, but it also greatly improves patient comfort, and reduces the clinical chairside time required for adjustments.
Journal Title: Advances in Applied Ceramics
Year Published: 2019
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