OPENSCAN

Everyone who has set up an OpenScan device will know the following nuisance: You have spent quite some time assembling the 3D-printed parts, connected all the wires and finally want to boot the Raspberry Pi for the first time. But before that, you will have to take the Micro-SD-Card to your PC, create and open the WPA-Supplicant.conf file and add your Wifi settings... And of course, this has to be repeated every time you want to connect to a new network. (Alternatively, I had

This is the first post of an upcoming series, where I will publish challenging image sets, each containing at least an isolated challenging property. The images of this particular set are not very challenging (as described below), but the object contains a ton of tiny and very challenging features. I will try to test as many different photogrammetry programs as possible. So if you want to join testing, feel free to download and process the files which are linked at the end of

After publishing a Windows Desktop GUI and the Python script to upload files to the OpenScanCloud, I finally managed to implement the new features into the OpenScan Firmware. Overview Basically, this makes the OpenScan Classic and Mini smart devices able to create highly detailed 3D scans without any additional hardware or software! The firmware hasn't been changed a lot, and I only added two new panels to the right side of the Files&Cloud tab. You will always be able to tran

I just released the next update for the OpenScanCloud: An application, where you can easily select an image folder or zip file to upload for photogrammetry processing. This is as close to a one-click-solution as possible. And the best part (at least for you): no programming needed ;) Just download the executable file from the GitHub Project Page. You just need to unpack the zip file and start the OpenScanCloud.exe. Insert your personal token, which can be obtained by sending