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KMID : 0357520160390020257
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Journal of Radiological Science and Technology
2016 Volume.39 No. 2 p.257 ~ p.262
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A Novel Modeling Method for Manufacturing Hearing Aid Using 3D Medical Images
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Kim Hyeong-Gyun
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Abstract
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This study aimed to suggest a novel method of modeling a hearing aid ear shell based on Digital Imaging and Communication in Medicine (DICOM) in the hearing aid ear shell manufacturing method using a 3D printer. In the experiment, a 3D external auditory meatus was extracted by using the critical values in the DICOM volume images, and the modeling surface structures were compared in standard type STL (STereoLithography) files which could be recognized by a 3D printer. In this 3D modeling method, a conventional ear model was prepared, and the gaps between adjacent isograms produced by a 3D scanner were filled with 3D surface fragments to express the modeling structure. In this study, the same type of triangular surface structures were prepared by using the DICOM images. The result showed that the modeling surface structure based on the DICOM images provide the same environment that the conventional 3D printers may recognize, eventually enabling to print out the hearing aid ear shell shape.
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KEYWORD
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DICOM, Ear Model Manufacturing, Ear Shell, 3D Modeling, STL
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