![]() In addition, there are now primitive objects that can automatically “snap” to your 3D scan to begin the reverse engineering process. Artec 3D has made a number of workflow enhancements to speed this activity. That’s very good news for those requiring incredibly detailed 3D scans.Īnother feature improvement is the Scan-to-CAD function, where a raw 3D scan is converted into CAD components to reverse engineer an object. Now, however, Artec 3D said release 16 processes HD mode files “nearly 2x faster”. In my testing of the software, I found HD processing to be the most time-consuming step. This is software-powered feature that somehow squeezes more detail out of a captured 3D scan. That might not seem notable, but it is when considering the size of the files involved.Īrtec Studio 16, as its predecessors, is able to use what Artec 3D calls “HD” mode. It’s therefore quite important to speed up operations because scan processing typically involves “going for coffee”.įor example, in release 16 project files now load 10X faster. Essentially, to get the most detail in a 3D scan you will require processing vast quantities of data collected by the scanning device. This is quite important because of the magnitude of file sizes in 3D scanning. The main theme of release 16 seems to be “speed”, as several functions have been dramatically sped up. Artec Studio 16 performing reverse engineering with Scan-to-CAD ![]()
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