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 …

Statement of problem Advancements in digital dental technologies have enabled the use of
different resin-based materials that can be fabricated either additively or subtractively …

Statement of problem The absence of fixed reference points can affect the trueness of
complete arch intraoral digital implant scans. The effect of splinting intraoral scan bodies …

Statement of problem Additive manufacturing is commonly used for the fabrication of
definitive casts with removable dies. However, how the trueness and fit of removable dies …

Statement of problem Implementation of fabrication trueness analysis by using a recently
introduced nonmetrology-grade freeware program may help clinicians and dental laboratory …

Objectives To evaluate the effect of different measurement techniques and operators on
measured deviations in vitro implant scans. Methods A 2-piece system that comprises a …

Objectives To evaluate the effect of additive and subtractive manufacturing on the accuracy
(trueness and precision) of fixed partial denture patterns (FPDPs) used for casting or …

Background Accuracy of intraoral implant scans may be affected by the region of the implant
and the type of the intraoral scanner (IOSs). However, there is limited knowledge on the …

Objectives To evaluate the fabrication trueness of additively manufactured maxillary
definitive casts with various tooth preparations fabricated with different 3-dimensional (3D) …

Objectives To evaluate the accuracy of the scans of the combined healing abutment-scan
body (CHA-SB) system located at different sites of the maxilla when SBs are replaced in …