Time remaining until 2026. 2. 28
-PROFESSOR, HEALTH SCIENCE, KOREA UNIVERSITY-
JI-HWAN KIM
Digital Dental Industry Laboratory
World’s Leading “Digital Dental Industry Lab.” for Global Standard!
The digital dental lab industry strives for the future of human resources. Identify the trend of innovative technology phenomena are fused with digital technology in dentistry and health related industries and analyze the information.
Therefore, we evaluated the physical and chemical properties related to research and development of new materials and new materials that can be applied to the development of prosthetic devices or body that is applied in the field of dentistry and healthcare industries. Also investigating the use of new environmental equipment being used in the dental and healthcare industries, and also examined trends of the healthcare industry policy changes, multi-dimensional analysis of various Big Data Source using a computer in digital dentistry and healthcare industries finds such as. These results and the analysis based on the data to extract the research and visualization. And international professional journals or by training to be published in journals listed level, to train doctoral-level talent in the future with the ability to provide useful information that can contribute to health policy.
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Research Interests
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Evaluation of digital dental appliances
. Accuracy, repeatability, and reliability evaluation of digital dental scanners
. Accuracy, repeatability, and reliability evaluation of dental CAD/CAM systems
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Public health and Epidemiology Study
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Dental Statistical Analysis
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Dental Observational Study
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Finite Element Analysis
Surface roughness
Digital Microscope nano-image analysis
Color differerce map
http://dx.doi.org/10.4047/jap.2013.5.2.
The distribution of the internal gaps was measured and depicted on the color different map.
Three-dimensional replica technique. A: The 3D surface model from the digitization of thestudy model used as the control model (CAD reference model; CRM), B: The point cloud model is the digitization of the light body silicone, C: The point cloud model is projected onto the surface of the CRM.
Bond and fracture strength
Ihttp://dx.doi.org/10.4047/jap.2014.6.4.266
SEM images of an SLS specimen magnified at ×650 (A) and ×3,000 (B).
CONCLUSION
In conclusion, the balling phenomenon and the gap formation of the SLS process may increase the metal-ceramic bond strength.
Quantitative evaluation
doi: 10.3290/j.qi.a33685
An improper mesiodistal cavity preparation of the mandibular first molar (ICP).
CONCLUSION
In the present study, which was performed under a limited set of conditions, the most frequent errors in acquiring digital impressions were the uneven application of powder, improper position of the intraoral scanner, and inadequate scan data. It is important to follow the recommendations in the treatment process because the accuracy of digital impressions using the CEREC system depends on practitioner technique and the characteristics of each patient. Because the precision of the digital impression directly a ects the precision of the dental restoration, it is necessary to minimize the ve categories of error investigated in this study to produce high-quality digital impressions.