Objectives: Accurate impressions are essential in fabricating dental restorations and fixed
dental prostheses. During the last decade, digital impression systems have improved …

Objectives To describe a new classification for intraoral scans based on the scan extension
and to introduce a decision guideline to choose the scan extension for fabricating tooth‐and …

PURPOSE Several studies focused on the accuracy of intra-oral scanners in implant
dentistry, but the data of inter-implant distances were not widely mentioned. Therefore, this …

Purpose: To evaluate the effect of six scan patterns on the accuracy and speed of digital
impressions with two different intraoral scanners for complete-arch implant rehabilitation …

Accuracy of completely edentulous arch scanning with implant scan bodies has not been
completely validated for intraoral scanners. For desktop laboratory scanners validations …

Abstract < bold> Purpose: </bold> To evaluate the accuracy and precision of a
digital scanner used to scan four implants positioned according to an immediate loading …

Objective This study aimed to evaluate the precision of digital implant impressions in
comparison with conventional impressions and assess the impact of the scanning range on …

Purpose To determine the accuracy of a digital manufacturing method for dental implant
restorations on stock abutments using intraoral scanners and prefabricated stock‐abutment …

Purpose: To introduce a novel design for scan body accessory parts that are reusable, easy
to attach and detach without permanent change of the scan body, and can be used with …

Purpose. To compare the reliability of five different intraoral scanners (IOSs) in the capture of
implant scanbodies (SBs) and to verify the dimensional congruence between the meshes …