Cracking the Full-Arch Code: From Digital Capture to Predictable Accuracy

Full-arch implant rehabilitation remains one of the most demanding applications of digital dentistry. While intra-oral scanning has transformed implant workflows, achieving accurate and reproducible implant-position capture across a completely edentulous arch continues to present unique clinical challenges.

This lecture explores contemporary strategies designed to overcome these limitations and improve the predictability of the fully digital full-arch workflow. Through clinical cases and step-by-step protocols, the use of T-Marker™ and ioConnect™ will be presented as innovative approaches for enhancing digital data acquisition and optimizing the transfer of implant positions.

Beyond accuracy alone, the lecture will address the entire digital journey, from implant-position capture and soft-tissue acquisition to data alignment, verification, prosthetic design, and final restoration. Particular attention will be given to scanning strategies, clinical decision-marking, potential sources of error, and the practical integration of these technologies into everyday practice.

The goal is to crack the full-arch code: combining technology, clinical protocols, and verification strategies to achieve greater accuracy, efficiency, and confidence from digital capture to the definitive prosthetic outcome.

Learning Objectives

By the end of this lecture, participants will be able to:

• Identify the key sources of error affecting digital data acquisition and accuracy in full-arch implant workflows.

• Understand and differentiate the principles and clinical protocols of T-Marker™ and ioConnect™ for accurate full-arch implant-position capture.

• Apply optimized scanning and data-alignment strategies for implant positions, soft tissues, and prosthetic information in fully edentulous arches.

• Integrate verification and quality-control steps into a complete digital workflow to improve the accuracy, efficiency, and predictability of definitive full-arch restorations.