![]() ![]() stl file, which can be open and manipulated in several software tools. The file received to be processed was in the format of. Then using the software, we started to capture geometry by taking pictures of different positions as we move and rotate the piece around. We then proceed to fix the piece to the scanning bed using bluetack. You need to put enough sticker so that the scanner can always see at least 3 markers. For this task a set of stickers were placed on the piece which the software uses as reference when rotating the piece on the scanning bed. When we complete the set of instructions the software provides, we will receive a window with the calibration confirmation, as the below picture shows.Īfter calibration of the scanner, we proceed to prepare the piece to scan. ![]() You only need to follow the movements indicated #MESHLAB SOFTWARE FREE DOWNLOAD HOW TO#Once we input the temperature, the software will guide us on how to move the bed with the calibration tool. The software also asks for a temperature measurement of the bed, for which we used a thermometer. The calibration tool is a white piece with holes which is placed on the scanner bed, the software in the scanner will then use this piece as a reference for measurements. The scanner comes with a calibration piece that is stored in a heavy duty briefcase for protection. The equipment we had available to do the task is a Gom Scanner Atos Core which is a high precision 3D scanner that uses photogrammetry techniques to obtain detailed models of small objects. The piece that we started with is a scale model of David statue, we wanted to scan this model as a practice on how 3D scanning can be a great tool in design. ![]()
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