Objective To review the factors that influence the accuracy of the maxillomandibular
relationship at maximum intercuspation (MIP) acquired by using intraoral scanners (IOSs) …

Statement of problem Static virtual articulation with intraoral scanners (IOSs) can eliminate
the human errors related to conventional articulation methods and enhance accuracy. A …

Purpose: This study comprehensively reviewed the current status of digital workflows in
fabricating removable partial dentures (RPDs) using evidence from clinical trials and case …

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 This is a clinical study to compare complete digital workflows generated using
intraoral scanning and the split‐file technique with a conventional workflow for cement …

Objectives This in vitro study compared the dimensional accuracy of conventional
impressions (CI) with that of digital impressions (DI) in a partially edentulous maxilla. DIs …

Objective: Information about full-digital protocols for bite registration with intraoral scanners
on multiple implants in the edentulous jaw is scarce. The purpose of this comparative in vivo …

The ever‐expanding world of digital technology has produced many changes, including the
availability of virtual articulators. The use of such digital technology requires an …

Purpose: To evaluate the accuracy of virtual static articulation and to determine factors that
affect its accuracy. Materials and methods: An electronic search up to December 21, 2020 …

Purpose: This in-vitro study aimed to compare the accuracy of complete arch scans (CAS) of
a fully dentate (FD) and a partially edentulous (PE) maxillary model. Three intraoral …