The Impact Of 3D Printing Technology In Radiology For Surgical Planning And Patient EducationAs a component of additive production, three-dimensional (3D) printing methods create a three-dimensional (3D) material representation from an electronic computer

Abstract

As a component of additive production, three-dimensional (3D) printing methods create a three-dimensional (3D) material representation from an electronic computer-generated representation with the desired size and form. These techniques are currently utilized for sophisticated radiology purposes by delivering comprehensive information via a three-dimensional physical model. It offers innovative solutions in radiography for clinical usage, planning treatments, operational modeling, and physician and patient training. Significant progress has been achieved in the field of radiology with regards to detection and interaction, thanks to the use of medical imaging methods such as computed tomography as well as magnetic resonance imaging (MRI). The photos are transformed into Digital Imaging and Telecommunications in Medicine (DICOM) files, which are compatible with Standard Triangulate Language (STL) format. These files may be simply used for 3D printing technologies and can be printed in a three-dimensional manner. This 3D model offers comprehensive insights into pathological and anatomical conditions. Creating new possibilities in patient care is beneficial. This article explores the prospective applications of 3D printers in the field of radiography. The process of 3D printing for radiology is explained using diagrams, and a total of 12 significant uses of 3D printing as a tool for radiology are highlighted, each with a concise explanation. A radiologist may use this technology to address several difficulties, including training, organizing, instructions, and enhanced interaction.