Abstract
Full-mouth implant rehabilitation demands a highly accurate and efficient digital workflow to achieve predictable functional and aesthetic outcomes. A comprehensive digital workflow has been developed to simplify and optimize every stage of the full-arch restorative process by integrating digital data acquisition, prosthetically driven planning, and seamless communication between the clinician and the dental laboratory.
This lecture will present a comprehensive digital workflow for full-arch implant rehabilitation, highlighting strategies to improve precision, reduce clinical and laboratory complications, and increase treatment efficiency.
Clinical cases will demonstrate how a fully digital approach enhances prosthetic accuracy, minimizes chairside adjustments, and improves passive fit, leading to more predictable long-term outcomes. Emphasis will also be placed on workflow standardization, interdisciplinary collaboration, and practical tips for integrating digital technologies into daily implant practice.
Learning Objectives
- Understand the principles of a fully digital workflow for full-mouth implant rehabilitation, from data acquisition to definitive prosthetic delivery.
- Apply digital protocols for accurate full-arch implant rehabilitation, including intraoral scanning and prosthetic-driven planning.
- Optimize communication between clinician and dental laboratory through digital integration to improve accuracy, efficiency, and predictability.
- Identify strategies to minimize clinical and prosthetic complications by improving implant position verification, passive fit, and restoration accuracy.
- Implement fully digital workflow into daily implant practice to standardize full-mouth rehabilitation and achieve more predictable long-term outcomes.
