Project:OpenScan: Difference between revisions

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|project title=OpenScan
|project title=OpenScan
|image=
|image=
|status=in progerss
|status=in progress
|date=may 2019
|date=May 2019
|initiator=[[Luzian]]
|initiator=[[Luzian]]
|team=[[Henrik]]
|team=[[Henrik]]
|materials=[[3D printed]] parts
|materials=[[3DP|3D printed]] parts
|tools=
|tools=
|software=[[Photogrammetry]]
|software=various [[photogrammetry]] options
|cost=20-60$
|cost=20-60$
}}
}}
At Make Munich 2019, one of the exhibitors showed off his automated [[photogrammetry]] capturing system, the OpenScan. For photogrammetry you need a lot of pictures to get accurate results which can be tedious, the OpenScan does that for you.


One of the exhibitors showed of his automated [[Photogrammetry]] capturing system, the OpenScan. For Photogrammetry you need a lot of pictures to get accurate results which can be tedious, the OpenScan dose that for you. The creator gave us a custom [[PCB]] and some conectors which are also available on his [https://www.openscan.eu/shop?lang=en website] or can be downloaded for free since it is completely Opensource. The OpenScan uses 2 standard NEMA 17 stepper motors (which [Ciaran] kindly donated) to rotate the object you want to scan in front of you camera and. The board also has got an output to automatically trigger the camera.  
The creator gave us a custom [[PCB]] and some conectors which are also available on his [https://www.openscan.eu/shop?lang=en website] or can be downloaded for free since it is completely Opensource. The OpenScan uses 2 standard NEMA 17 stepper motors (which [[Ciaran]] kindly donated) to rotate the object you want to scan in front of your camera. The board also has got an output to automatically trigger the camera.  




== current state ==
== Current State ==
All the parts have been printed and the components are all connected to the PCB thanks to [[Henrik]]. "All" that's left to do is assemble the frame, do the wiring and flash the firmware on the board.
All the parts have been printed and the components are all connected to the PCB thanks to [[User:Henrik|Henrik]]. "All" that's left to do is assemble the frame, do the wiring and flash the firmware on the board.
 
 
[[Category:3D Scanning]]
<!-- wenn mehr Info: auch Category:3D Printing & Electronics -->

Revision as of 10:11, 17 April 2019

ProjectInfoBox

OpenScan

Project-default.png
Status: in progress
Release Date: May 2019
Initiator: Luzian
Team: Henrik
Materials Used: 3D printed parts
Software Used: various photogrammetry options
Approx. Cost: 20-60$


At Make Munich 2019, one of the exhibitors showed off his automated photogrammetry capturing system, the OpenScan. For photogrammetry you need a lot of pictures to get accurate results which can be tedious, the OpenScan does that for you.

The creator gave us a custom PCB and some conectors which are also available on his website or can be downloaded for free since it is completely Opensource. The OpenScan uses 2 standard NEMA 17 stepper motors (which Ciaran kindly donated) to rotate the object you want to scan in front of your camera. The board also has got an output to automatically trigger the camera.


Current State

All the parts have been printed and the components are all connected to the PCB thanks to Henrik. "All" that's left to do is assemble the frame, do the wiring and flash the firmware on the board.