Uploaded November 2017 | Updated September 2026, 7 hours ago
This key was designed with a moveable element (ball) as copy protection. Nevertheless it was an easy one to copy. Automated scan process and minimal post-processing was needed, until this key got printed on a Form2. The metall ball of the original key was reused, but standard ball-bearing balls could be used as well..
The scanner is based on household materials and can be created by anyone. Printing was done through 3dhubs.
Total processing time: ca. 15min
Waiting for the print to arrive: 1 week
Postprocessing of the printed key: just inserting the metall ball
This key was designed with a moveable element (ball) as copy protection. Nevertheless it was an easy one to copy. Automated scan process and minimal post-processing was needed, until this key got printed on a Form2. The metall ball of the original key was reused, but standard ball-bearing balls could be used as well..
The scanner is based on household materials and can be created by anyone. Printing was done through 3dhubs.
Total processing time: ca. 15min
Waiting for the print to arrive: 1 week
Postprocessing of the printed key: just inserting the metall ball
![[Tutorial] Soldering of the DIY OpenScan Pi Shield](https://i.ytimg.com/vi/ByuWINd7V6o/mqdefault.jpg "[Tutorial] Soldering of the DIY OpenScan Pi Shield
A step-by-step tutorial on how to solder the Raspberry Pi shield, which is used in our 3D Scanners
Product Page: https://openscan.eu/products/raspberry-pi-shield-raw
Detailed written tutorial: https://openscan-org.github.io/OpenScan-Doc/hardware/PCBs/")
