The idea is to create known fixed locations that can provide the software with a quick way to rapidly interpret the orientation of the received data.
If you’re not familiar with the concept of targets in 3D scanning, they are still used with some processes. This should greatly speed up the effort required to capture large scenes, and in some cases enable capture of scenes not previously possible.
Instead of requiring stationing targets in the scene to assist in calibrating the 3D scene, the software now can take on some or all of this work itself. The latest release, Artec Studio 14, includes a few very interesting features that we haven’t seen in other scanning tools.Īrtec 3D has improved their large-scale 3D scanning solution by automating some of the manual work required in setting up their tripod-mounted Ray system. Of course, these scans can be used for reverse engineering or direct 3D printing in some cases.
Their product line seems to cover a huge scope of 3D scanning possibilities, ranging from the ability to capture high-resolution scans of tiny objects, all the way to 3D scans of entire rooms and large buildings.Īll of these devices are controlled through the Artec Studio software, which can also process the received scan data and produce useful 3D models. They’ve also experimented with an automation system for 3D scanning by using a robotic setup. Artec Studio 14 includes powerful 3D scanning features Īrtec 3D released Artec Studio 14, their latest and most powerful version of their 3D scanning management software.Īrtec 3D offers a line of multiple types of 3D scanning instruments some are handheld, others tripod-mounted, and one is even fully portable with onboard processing.
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