Background Intraoral scanners (IOS) are devices for capturing direct optical impressions in
dentistry. The purpose of this narrative review on the use of IOS was to:(1) identify the …

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 Because the digital workflow can begin directly in the oral cavity,
intraoral scanners are being adopted in dental treatments. However, studies of the …

Background: The development of 3D technology and the trend of increasing the use of
intraoral scanners in dental office routine lead to the need for comparisons with conventional …

The aim of this clinical study was to update the available data in the literature regarding the
transfer accuracy (trueness/precision) of four current intraoral scanners (IOS) equipped with …

Objectives: The interest on intraoral scanners for digital impressions has been growing and
new devices are continuously introduced on the market. It is timely to verify whether the …

Objectives Comparison of full-arch digital impressions to conventional impressions in vitro
and in vivo. Materials and methods A straight metal bar was fixed between the second upper …

Objective: To evaluate the accuracy of Invisalign technology in achieving predicted tooth
positions with respect to tooth type and direction of tooth movement. Materials and Methods …

Purpose The aim of this study was to compare the trueness and precision of four intraoral
scanners used in oral implantology. Methods Two stone models were prepared …

Objective: The primary objective of this study was to compare the accuracy and time
efficiency of an indirect and direct digitalization workflow with that of a three-dimensional …