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Additive Manufacturing enables the production of infinitely complex parts, but with that complexity challenges arise when it comes to inspection. Al Dean looks at a system aiming to close that loop with CT data.
CT scanning allows manufacturers to look inside parts made with additive manufacturing to measure complex internal designs.
In the medical field, computed tomography (CT) scanning has helped enable new 3D printing applications—physicians can use 3D-printed models of human organs (like the heart) generated from highly accurate CT scans of patients to prepare for complex surgeries, for example.
However, CT scanners could play an even more important role in additive manufacturing in the future by providing detailed quality scans of printed parts for many industries. They are already being used to scan items for reverse engineering operations that use 3D printing.
A new software feature from Volume Graphics allows you to combine the visually powerful data of an optical 3D scanner with the all-encompassing detail of a CT scan with just one click. One of the first applications of this new feature was on the scan of the Sherit mummy.
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VGSTUDIO MAX, the high-end software for the visualization and analysis of industrial computed tomography (CT) data, played a major role in 3D printing a replica of a 2,800-year-old bronze figure. The figure of a horse rider, the so-called “Rider of Unlingen,” was printed with Concept Laser’s M2 cusing process using a bronze alloy that closely resembles the material of the original rider. After scanning the original figure with computed tomography, VGSTUDIO MAX 3.0 was used to create the printable 3D model of the figure.
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Despite all its advantages, Additive Manufacturing needs to win the trust of manufacturers and consumers if it is to become a serious alternative to established manufacturing methods. Delivering quality is the only way to achieve this. However, Additive Manufacturing poses special challenges to quality control - challenges traditional tactile and optical non-destructive testing methods cannot overcome. Only CT (in combination with the right software) is capable of capturing all features of an object, both inside and outside – and all while preserving the product. (TCT Magazine, Volume 24 Issue 5)
Volume Graphics 从事于研发具有领先地位的工业 3D 计算机层析成像（CT）数据分析和可视化软件。为此，软件提供了广泛的实用功能。