SLT288 - Rewriting the Rules: How 3D Printing, Artificial Intelligence, and Advanced Digital Workflows Deliver Precision Across the Entire Clinical–Lab Pipeline
This session explores how modern digital dentistry—powered by 3D printing, artificial intelligence, and integrated workflow design—is fundamentally reshaping the relationship between clinicians and dental laboratories. By aligning both teams around a unified digital plan, these technologies eliminate guesswork, accelerate communication, and create a level of precision that simply isn’t possible with traditional analog methods. Attendees will learn how to leverage shared data, predictive AI-driven design tools, and additive manufacturing to produce esthetic and full-arch outcomes with unmatched accuracy and efficiency. The focus is on practical, real-world application: how clinicians and labs can co-create treatment plans, validate decisions at every step, and maintain fidelity from initial design to final delivery. This is a modern blueprint for predictable, collaborative, and scalable digital dentistry.
Learning Objectives:
Understand how 3D printing, AI, and digital workflows unify clinicians and labs around a single, validated digital source of truth for esthetic and full-arch cases.
Identify the essential diagnostic capture points—IOS, photogrammetry, facial scans, CBCT, jaw motion data, and photographic protocols—that ensure collaborative planning accuracy.
Evaluate how AI-driven design tools streamline communication and decision-making, improving predictability in smile design, occlusion, and full-arch restorative planning.
Implement coordinated digital workflows that maintain precision through every phase: planning, design, prototyping, provisionalization, and definitive fabrication.
Leverage 3D printing as a verification and communication tool, using printed prototypes, mock-ups, and try-ins to keep clinical and lab teams aligned throughout treatment.
Integrate additive manufacturing and AI into full-arch protocols to reduce remakes, minimize adjustments, improve fit, and increase efficiency at scale.
Establish a collaborative digital pipeline that strengthens clinician–lab partnerships, enhances esthetics, and ensures long-term functional success for patients.
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