Statement of problem Photogrammetry technology may be useful in implant dentistry, but a
systematic review is lacking and is indicated before routine use in clinical practice. Purpose …

Highlights•Prostheses can be personalized using advanced 3D scanning technologies.•3D
surface scanning is an emerging trend for capturing patient anatomy.•Automated workflows …

Objective To design and compare the outcome of commercial (CS) and open source (OS)
software-based 3D prosthetic templates for rehabilitation of maxillofacial defects using a low …

Objectives: This in vitro study compares the scanning accuracy of various stationary and
portable as well as extra-and intraoral devices for capturing oncological defects. Methods: A …

Current 3D scanning and printing technologies offer not only state-of-the-art developments
in the field of medical imaging and bio-engineering, but also cost and time effective solutions …

Objective The systematic review was designed to review and analyze the outcomes of
various digital data acquisition technologies used for treatment planning in the prosthetic …

Purpose This review aimed to identify the reported intraoral scanning applications in
fabricating different types of removable prostheses in the field of prosthodontics. Methods A …

Purpose Mesh optimization reduces the texture quality of 3D models in order to reduce
storage file size and computational load on a personal computer. This study aims to explore …

Orbital and ocular prosthesis fabrication is traditionally a manual process requiring highly
skilled prosthetists practiced in a variety of manual manufacturing techniques and materials …

Palatal defects are rehabilitated by fabricating maxillofacial prostheses called obturators.
The treatment incorporates taking deviously unpredictable impressions to facsimile the …