V Marsango1, R Bollero1, N D'Ovidio1, M Miranda1, P Bollero2, A Barlattani1. 1. Department of Clinical Sciences and Translational Medicine, University of Rome "Tor Vergata", Rome, Italy. 2. Department of Systems Medicine, University of Rome "Tor Vergata", Rome, Italy.
Abstract
OBJECTIVE: The project presents a clinical case in which the digital work-flow procedure was applied for a prosthetic rehabilitation in natural teeth and implants. MATERIALS: Digital work-flow uses patient's photo for the aesthetic's planning, digital smile technology for the simulation of the final restoration and real time scanning to register the two arches. Than the scanning are sent to the laboratory that proceed with CAD-CAM production. RESULTS: Digital work-flow offers the opportunities to easily speak with laboratory and patients, gives better clinical results and demonstrated to be a less invasiveness method for the patient. CONCLUSION: Intra-oral scanner, digital smile design, preview using digital wax-up, CAD-CAM production, are new predictable opportunities for prosthetic team. This work-flow, compared with traditional methods, is faster, more precise and predictable.
OBJECTIVE: The project presents a clinical case in which the digital work-flow procedure was applied for a prosthetic rehabilitation in natural teeth and implants. MATERIALS: Digital work-flow uses patient's photo for the aesthetic's planning, digital smile technology for the simulation of the final restoration and real time scanning to register the two arches. Than the scanning are sent to the laboratory that proceed with CAD-CAM production. RESULTS: Digital work-flow offers the opportunities to easily speak with laboratory and patients, gives better clinical results and demonstrated to be a less invasiveness method for the patient. CONCLUSION: Intra-oral scanner, digital smile design, preview using digital wax-up, CAD-CAM production, are new predictable opportunities for prosthetic team. This work-flow, compared with traditional methods, is faster, more precise and predictable.
Entities:
Keywords:
CAD-CAM; digital scanner; digital smile; digital wax-up; digital work-flow