디자인 시제품 제작을 위한 ABS 소재 특성 반영 3D 프린팅 모델링 보정 기법

Abstract

Background: The creation of usability tests in product design development, productivity testing, and prototypes for design and organization design are essential elements. We are looking for ways to reduce the cost and time to prototype of 3D printing, but we want to use the 3D user population with 3D users to reduce the amount of power available to 3D users, and explore the best quality and efficiency in producing prototypes with the utmost capacity and efficiency. Methods: This study utilizes the 3D model of the 3-D Printer 3D printed device in order to understand the FDM method used in the majority of jepum design practices, and utilizes the Printer 3D printed equipment to generate a universal and quantitative 3D model, and uses the general-purpose PLA and ABS materials. The Slicing process is optimized for experimental output equipment and utilizes the built-in software.To derive objective test data, test the test data three times in the same working environment and use the average value as a research data. Result: The essential calibration elements of 3D models derived based on quantitative test results have been derived from 6, and the calibration of 3D models through these elements should be preceded by an STL file. Detailed calibration guidelines for each element were derived from the calibration criteria given in this study to guide the calibration of the 3D model data.Based on the research results, the study demonstrated the validity of the study by verifying the results of the experiment using the 3D model data utilized in practice. Conclusion: The purpose of this study was to produce a calibration reference checklist for the purpose of using the 3D model calibration element for efficient use of 3D models for efficient use of 3D models and to apply the calibration guidelines to practical practice using the correction guidelines. This suggests that data correction is meaningful in order to minimize output errors or minimize errors in output, by demonstrating how to reduce output errors and troubleshoot problems with working time and outcome errors.