3D printed parts
Step 1
Use a 3D printer to print plastic parts needed for construction of CNC plasma cutter. You can find all the necessary files on Github.
We used Troublemaker β our open source 3D printer.
![Print_Prt1.jpg 889](https://files.readme.io/2458b61-Print_Prt1.jpg)
Step 2
Use a knife or a scalpel to cut away excess plastic on the edges of the printed parts. Also, redrill all the round holes.
![Print_Prt2.jpg 1000](https://files.readme.io/78681e2-Print_Prt2.jpg)
Step 3
Tightener β Outer β redrill all the three holes with 6 mm drill.
Parts needed:
- 6x Tightener β Outer
![Print_Prt3.jpg 1000](https://files.readme.io/0815601-Print_Prt3.jpg)
![Print_Prt4.jpg 1000](https://files.readme.io/c753694-Print_Prt4.jpg)
Step 4
Tightener β Inner
Parts needed:
- 3x Tightener β Inner
Step 5
Tightener β Spacer β redrill two holes with 6 mm drill.
Parts needed:
- 2x Tightener β Spacer
![Print_Prt6.jpg 1000](https://files.readme.io/6521a63-Print_Prt6.jpg)
![Print_Prt7.jpg 1000](https://files.readme.io/181521d-Print_Prt7.jpg)
Step 6
Linear guide mount β redrill the hole with 8 mm drill.
Parts needed:
- 4x Linear guide mount
![Print_Prt8.jpg 1000](https://files.readme.io/9172b49-Print_Prt8.jpg)
![Print_Prt9.jpg 1000](https://files.readme.io/6c6d77c-Print_Prt9.jpg)
Step 7
Nut casing β Upper β redrill two 4 mm holes and two 3 mm holes.
Parts needed:
- 1x Nut casing β Upper
![Print_Prt10.jpg 1000](https://files.readme.io/e67df1d-Print_Prt10.jpg)
![Print_Prt11.jpg 1000](https://files.readme.io/ce3caa4-Print_Prt11.jpg)
Step 8
Nut casing β Bottom β redrill two 4 mm holes and two 3 mm holes.
Parts needed:
- 1x Nut casing β Bottom
![Print_Prt12.jpg 1000](https://files.readme.io/f084312-Print_Prt12.jpg)
![Print_Prt13.jpg 1000](https://files.readme.io/bde220f-Print_Prt13.jpg)
![Print_Prt14.jpg 1000](https://files.readme.io/4dd212a-Print_Prt14.jpg)
Step 9
All 3D printed parts needed for complete assembly.
![Print_Prt15.jpg 1000](https://files.readme.io/86cd1bc-Print_Prt15.jpg)
Updated less than a minute ago