Difference between revisions of "Raspberry Pi Powered CNC Router"
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* http://chilipeppr.com - G-Code Creator? | * http://chilipeppr.com - G-Code Creator? | ||
* [https://woodgears.ca/gear_cutting/template.html Gear Cutting Template] | * [https://woodgears.ca/gear_cutting/template.html Gear Cutting Template] | ||
| + | * [https://inkscape.org/en/ Free Software to draw shapes] | ||
= Examples = | = Examples = | ||
Revision as of 02:18, 2 February 2017
Introduction
I'd love to build a CNC Router, and since I have several Raspberry Pi's it seems logical to power it with one.
It also helps that I currently use a Raspberry Pi to extend Internet Service to the shop with a High Gain antenna.
Now I just need to settle on how to make it work.
Details
- SVG Files hold the shape to route
- InkScape software
- G-Code is what the CNC Router Needs to operate (Tiny G) (http://JSCut.org)
- http://chilipeppr.com - G-Code Creator?
- Gear Cutting Template
- Free Software to draw shapes
Examples
- Found a description of a project someone else did. It was in the 2nd Raspberry Pi Project edition magazine. It's not a How-To article, more like a "Look-What-I-Did" article.
- A YouTube video showing images of the unit. There are no real details about the project, just a video stitched together from stills of the project.
- Another YouTube video of the router in action.
- Ben Heck’s CNC Router Tutorial - Features the Shapeoko.
- There appear to be several versions of the Shapoko.
- Super Strong DIY CNC Router - Build Log - YouTube
- Chaep DIY CNC build
- CNC Router - https://id2cnc.com/build-log/diy-cnc-v-1-0-full-detail/
- CNC Router Project
- How To Make: The OX-Metal CNC Router Mill (Complete build)
- Todd Optional has an OX CNC Router that he uses to cut Flite-Test foam board planes
