通过2D图像布局增强和3D加工的ArtCAM后处理来优化机器工艺参数:支持金属和工程行业的生产力和竞争力

R. Baldovino, Jayson P. Rogelio, Geoffrey L. Abulencia, Virgilio Y. Macanip
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引用次数: 3

摘要

三维加工一直是数控铣床和数控铣床面临的挑战之一。从普通的2D图像中创建3D浮雕是相当困难的。为了提供一个非常干净的3D浮雕,需要大量的资源,如软件程序、机器、工具和时间。该研究为在不牺牲加工时间和刀具寿命等其他因素的情况下提高三维输出提供了一种优化方法。研究中应用了图像布局增强和ArtCAM后处理技术。与传统的加工策略相比,在加工过程中增加了机械卸料。从结果来看,该策略有助于雕刻刀具路径的三维模型的准备,并减少了其加工时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of machine process parameters through 2D image layout enhancing and ArtCAM post-processing for 3D machining: Support program for the productivity and competitiveness of the metals and engineering industries
3D machining has been one of the challenges in CNC milling and CNC router machines. It's quite difficult to create 3D relief from plain 2D image. To provide a very clean 3D relief, lot of resources, like software programs, machines, tools and time, is needed. This study provide an optimized way how to enhance the 3D output without sacrificing other factors like the machining time and tool life. Image layout enhancing and the use of ArtCAM postprocessing were applied in the study. As compared with the traditional machining strategy, machine relief was added in the operation. From the results, this strategy helps in the preparation of the 3D model for the engraving toolpath and reduces its machining time operations.
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