Dental literature has reported greater intraoral scanning accuracy when implant scan bodies
(ISBs) are connected compared with non‐connected methods. Initial intraoral digital implant …

Statement of problem Intraoral scan body (ISB) design is highly variable and its role in the
digital workflow and accuracy of digital scans is not well understood. Purpose The purpose …

Statement of problem In the past 5 years, the use of intraoral digitizers has increased.
However, data are lacking on the accuracy of scanning implant restorative platforms for …

Purpose The purpose of this systematic review was to explore and identify the factors that
influence the accuracy of intraoral scanning in implant dentistry, with a specific focus on …

Statement of problem Intraoral scanners (IOSs) provide a digital alternative to conventional
implant impression techniques. However, the effect of the supramucosal height of the scan …

Splinting frameworks are intended to increase the accuracy of complete arch intraoral digital
implant scans. This article describes a technique that uses a calibrated splinting framework …

Intraoral scanners are increasingly used as a replacement for conventional impressions,
including the capturing of edentulous arches, although their use may be clinically …

Purpose To evaluate the influence of implant scan body (ISB) design (height, diameter,
geometry, material, and retention system) on the accuracy of digital implant scans. Material …

Purpose To report the means to maximize the predictability and accuracy of intraoral digital
implant scans through the evaluation of operator and patient‐related factors. Materials and …

Objective The present manuscript describes a technique to virtually switch an implant scan
body eliminating the need of obtaining a new intraoral implant digital scan. Clinical …