Abstract

This immersive digital lecture will explore the evolution and clinical relevance of prosthetically driven, computer-guided implant surgery within the modern prosthetic workflow. We begin by clearly defining guided surgery—not just as a digital tool, but as a clinical philosophy—followed by a concise review of the most recent scientific evidence supporting its benefits in terms of accuracy, aesthetics, complication prevention, and long-term predictability.

Throughout the session, real clinical cases will be presented to illustrate how a prosthetic-first approach—enhanced by digital planning, surgical guides, and artificial intelligence—can dramatically improve both surgical outcomes and patient satisfaction. These cases will cover a range of indications, including single-tooth implants in the aesthetic zone, complex full-arch rehabilitations, and computer-guided bone regeneration protocols, using various guide designs and techniques.

Participants will be guided through key decision-making steps, with emphasis on the importance of diagnosis and treatment planning as the cornerstone of success. Additionally, the role of emerging technologies—such as AI-driven diagnostics and design—in reshaping modern implantology will be discussed, with a forward-looking perspective on where digital dentistry is heading.

The lecture is designed to benefit both clinicians starting their digital journey and those looking to refine and expand their existing workflows. Expect practical, evidence-based insights, along with valuable take-home messages, tips, and tricks that can be implemented immediately in daily practice. Indications, limitations, and clinical pearls will round out this comprehensive and inspiring session.

Learning Objectives

• Discuss the importance of accurate diagnosis and comprehensive treatment planning in ensuring long-term success of prosthetic rehabilitations—bridging traditional principles with modern digital protocols.
• Explain how guided surgery enhances precision in implant placement, optimizes aesthetic outcomes, and significantly improves patient confidence and satisfaction, thought evidence.
• Demonstrate how digitally driven workflows—including prosthetically driven planning and guided surgery—improve aesthetics, and help to minimize intra- and post-operative complications through predictable, reproducible protocols.
• Discuss the emerging role of artificial intelligence in modern dentistry, exploring current applications in diagnostics, treatment planning, and prosthetic design—highlighting how AI is shaping today’s clinical decisions.
• Explain the evolving future of prosthetic dentistry in the digital era, where AI, guided workflows, and predictive tools converge to elevate clinical outcomes, streamline efficiency, and redefine the patient experience.