Objectives This sco** review aimed to identify the available evidence in the use of 3D
printing technology in dental implantology. Due to the broad scope of the subject and its …

Additive manufacturing (AM) technologies can enable the direct fabrication of customized
physical objects with complex shapes, based on computer-aided design models. This …

Statement of problem A consensus on the accuracy of additively manufactured casts in
comparison with those fabricated by using conventional techniques for fixed dental …

Purpose This study aimed to determine how the implant-analog–holder (IAH) offset, inner
structure, and printing layer thickness influence the overall accuracy and local implant …

Background Limited evidence exists regarding the accuracy of implant analog position in
printed models, particularly when implant analogs with varying designs are used. Purpose …

This review explores the rapid advancements in additive manufacturing, particularly 3D
printing, within dentistry, focusing on bioprinting. It highlights the technology's efficiency, cost …

Purpose: Additive cast-fabrication has yet to be used as commonly in implant prosthodontics
as conventional methods. This review aimed to investigate the accuracy of additive cast …

Objectives To evaluate the positional accuracy of implant analogs in biobased model resin
by comparing them to that of implant analogs in model resin casts and conventional analogs …

Purpose To study the effect of implant angulation on 3D linear and absolute angular
distortions of implant analogs in printed resin models and conventional stone casts …

The digital acquisition, fabrication process, and delivery of computer-aided design and
computer-aided manufacture (CAD-CAM) implant-supported restorations on angled …