Objectives To describe the factors related to the operator skills and decisions that influence
the scanning accuracy of intraoral scanners (IOSs). A new classification for these factors is …

Purpose: The digitization of the dental field has been vigorously promoted in recent years.
An impression using an intraoral scanner is considered to significantly change future dental …

Statement of problem Digital scans have increasingly become an alternative to conventional
impressions. Although previous studies have analyzed the accuracy of the available …

Purpose To quantify the impact of ambient lighting conditions on the accuracy (trueness and
precision) of an intraoral scanner (IOS) when maxillary complete‐arch and maxillary right …

Purpose The purpose of this in vitro study was to evaluate the effect of ambient light
illuminance on the accuracy and scanning time of different intraoral scanners (IOSs) in …

Statement of problem Intraoral scanners (IOSs) have some inherent distortions caused by
optical and/or software imperfections. However, how other factors such as operator …

Objectives This study aimed to measure and compare the accuracy (trueness and precision)
of intraoral scanners and desktop scanners when scanning different spans. Methods Three …

Purpose To measure the influence of illuminance of the ambient light between 1000 lux
(room light) and 10 000 lux (chair light) on the accuracy of an intraoral scanner (IOS) …

Purpose: To assess the influence of liquid attached on the tooth surfaces on the accuracy
(trueness and precision) of intraoral scanners and the effectiveness of the drying method …

Statement of problem Digital scans should be able to accurately reproduce the different
complex geometries of the patient's mouth. Mesh quality of the digitized mouth is an …