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KMID : 1137820190400020055
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의공학회지
2019 Volume.40 No. 2 p.55 ~ p.61
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Optimization Research of 3D Printer Associated with Properties of Photocurable Resins for Ocular Prosthesis Producing
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Kim So-Hyun
Yoon Jin-Sook
Yoo Sun-Kook
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Abstract
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Recently, various researches on materials and equipment have been actively conducted to overcome the limitations of conventional output methods due to the increase of diversity of 3D printing materials and to adopt an output method suitable for the characteristics of each material. As the range applicable to outputable materials is expanded, manufacturing of medical devices applied to patients is in a more rapid growth trend than other fields. In this study, we investigated the suitable materials for fabricating 3D printer using photocurable resin. As a result, one suitable material was selected through biological safety experiment and thermal stability experiment. Next, to optimize the output of the selected materials, we have developed a system that optimizes the equipment according to the characteristics of the material. The results of this study enabled the implementation of personalized medical implants that could not be made from 3D printer dependent materials, thereby overcoming the limitations of existing 3D printer output conditions and dedicated materials.
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KEYWORD
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3D printer, Medical 3D printing, Ocular prosthesis, Biocompatible, Photopolymer
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