In digital dentistry, what we see on the screen is not always an accurate representation of clinical reality. Behind every seemingly flawless digital impression lies a complex interaction between image acquisition, rendering algorithms, stitching processes, and operator-dependent factors that can significantly influence the accuracy of the final 3D model.

Particular emphasis will be placed on how individual frames are captured, aligned, stitched, and rendered into a three-dimensional representation, and how cumulative stitching errors, scanning strategies, surface characteristics, and image-processing algorithms may introduce distortion.

Through practical demonstrations and guided exercises, participants will discover how scanning protocols, data acquisition strategies, and operator techniques influence trueness, precision, and clinical reliability.

By bridging the gap between digital visualization and actual dimensional accuracy, this session aims to transform participants from passive image collectors into critical, precision-driven digital clinicians. 

Because a beautiful scan is not necessarily an accurate one.