3D打印在牙科领域的前景——探索新视野

Bharani Krishna Takkella, N. Anusha, Bhavana Sujanamulk, Mohammad Naffizuddin, Rajkishore Jammalamadugu, Hameeda Pinjari, Thakkella Chaitanya Krishna, Lokanathan Balaji, Mummidi Manasa, Vamseedhar Kosuru
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引用次数: 1

摘要

短语“3D打印”经常被用来说明一种制造技术,通过顺序添加层来构建对象。增材制造,通常被称为快速成型或“固体自由形式技术”,是一个更恰当地反映这种方法的名称。由于这项技术的进步,3D物体被转换成3D照片,然后根据需要精确而完美地再现。使用这种技术,正常的2D系统被用来可视化放射学中通常看到的3D物体。从牙齿正畸学、牙髓学、修复学和牙周学等众多牙科学科的角度来看,3D打印技术正在扩大其在医学和牙科的实验、临床和教育方面的应用。它涉及创新和研究、培训、治疗方式和教育,同时利用快速发展的3D打印技术。这是一个很有前途的临床工具,因为它可以看到治疗是如何起作用的。在教育计划中使用3d打印模型可以鼓励学生和学员练习他们的牙科技能。牙科教育、临床治疗和研究的改善都可以通过使用3D打印来实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perspective of 3D printing in dentistry—Exploring the new horizon
The phrase “3D printing” is frequently used to illustrate a fabrication technique that constructs objects by sequentially adding layers. Additive manufacturing, commonly referred to as rapid prototyping or “solid free-form technology”, is a name that more appropriately reflects this method. As a result of the advancement of this technology, 3D objects are converted into 3D photos that are then precisely and perfectly reproduced as required. Using this technique, normal 2D systems are used to visualise 3D objects that are typically seen in radiology. From the perspectives of numerous dental disciplines, including orthodontics, endodontics, prosthodontics, and periodontics, 3D printing technology has been expanding its application in experimental, clinical, and educational sides of medicine and dentistry. It involves innovation and research, training, treatment modalities and education while utilising the swiftly advancing 3D printing technology. It is a promising clinical tool since it makes it possible to see how treatments are working. The use of 3D-printed models in educational programmes encourages students and trainees to practise their dental skills. The improvement of dental education, clinical treatment, and research could all be made possible by the use of 3D printing.
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