Image Processing in 3D Printing Application: Study Case of Liver Organ

Putri Heriyadi, Menik Kurniatie, T. Asmaria, Dita Ayu Mayasari
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Abstract

Because of the quick pace of growth, 3D printing is creating new teaching and learning tools for medical education. The method of transforming digital objects into genuine physical models from a CT-Scan in order to show anatomical structures is known as 3D printing. This study makes use of CT-Scan results from hepatic body sections that will be transferred into Digital Imaging and Communications (DICOM) format. It is then segmented with 3D Slicer software, saved as a Standard Triangulation Language (STL) file, and printed with Poly Lactic Acid (PLA). Testing 3D printing by measuring length, width, height, and volume with callipers. The measurement used in 3D printing is useful so that the produced organs match the imaging data and can be used by medical students as learning media.
图像处理在3D打印中的应用:以肝脏器官为例
由于增长速度快,3D打印正在为医学教育创造新的教学工具。将数字对象从ct扫描转换成真实的物理模型,以显示解剖结构的方法被称为3D打印。本研究利用肝体切片的ct扫描结果,将其转换为数字成像和通信(DICOM)格式。然后用3D切片器软件对其进行分割,保存为标准三角测量语言(STL)文件,并用聚乳酸(PLA)打印。测试3D打印通过测量长度,宽度,高度和体积与卡尺。3D打印中使用的测量方法非常有用,可以使生成的器官与成像数据相匹配,并且可以被医科学生用作学习媒体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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