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首页> 外文期刊>Frontiers in Bioengineering and Biotechnology >E-quality Control in Dental Metal Additive Manufacturing Inspection Using 3D Scanning and 3D Measurement
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E-quality Control in Dental Metal Additive Manufacturing Inspection Using 3D Scanning and 3D Measurement

机译:3D扫描和3D测量的牙科金属添加剂制造检验中的电子质量控制

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摘要

3D printed?metal crowns?can be used for dental restorations. The main quality control challenge of these metal dental is the method of quality inspection. Electronic quality is a process by which the quality of the process and the parts produced can be checked online, thereby improving the process and reducing the time it takes for the entire process. Here we propose a combination of 3D scanning and 3D measurement for 3D inspection of metal crowns. The data extracted from the 3D printed metal crowns were used as case studies to prove the proposed method. The obtained results confirm that the new method has very high classification accuracy compared with the traditional inspection methods, and thus yields excellent results.Moreover, the proposed approach is capable to archive 3D models of the parts and achieve rapid quality control. This paper forms the basis for solving many other similar problems that occur in 3D printing related industries.
机译:3D印刷?金属冠?可用于牙科修复物。这些金属牙科的主要质量控制挑战是质量检验方法。电子质量是一种过程,通过该过程可以在线检查过程的质量和所产生的部件,从而改善过程并减少整个过程所需的时间。在这里,我们提出了用于金属冠的3D检查3D扫描和3D测量的组合。从3D印刷金属冠中提取的数据被用作案例研究以证明该方法。所获得的结果证实,与传统检测方法相比,新方法具有非常高的分类精度,从而产生了优异的结果.Orouse,所提出的方法能够归档部件的3D模型并实现快速质量控制。本文构成了解决3D打印相关行业中发生的许多其他类似问题的基础。

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