Classic Car EVO DIY CNC Mill
por Classic Car EVO en Printables
Watch the youtube channel Classic Car EVO for details on how to build your own! includes the FreeCAD drawings.
Licencia
Revisa las condicionesCERN Open Hardware Licence Version 2 - Strongly Reciprocal
El autor usa su propia licencia. Revisa sus condiciones en la página original antes de compartir, modificar o vender.
Al descargar aceptas respetar la licencia y dar crédito a Classic Car EVO.
Archivos (34)
- ElectroFront-snijden.stl STL · 1 KB
- endstopswitches-paralell.stl STL · 27 KB
- A-axis Stepper coupler-coupler.stl STL · 27 KB
- endstopswitches-perpendicular.stl STL · 27 KB
- endstopswitches-onTable.stl STL · 42 KB
- ScrewZ-Screw Z.stl STL · 63 KB
- bumpstop-Cut.stl STL · 45 KB
- 2020 stabilizer.stl STL · 123 KB
- bumps-2020.stl STL · 129 KB
- GuideRail 2020 mount v2-Guiderail 2020.stl STL · 153 KB
- spindleMount-clamp.stl STL · 240 KB
- Corner brace.stl STL · 321 KB
- top y-stands-TOP Z.stl STL · 378 KB
- CrossSlide block v3-CrossSlide Block v4 offside.stl STL · 460 KB
- spindleDustCollectorV2-SmallOpening.stl STL · 448 KB
- stepperMountX-Steppermount X.stl STL · 379 KB
- stepperMountZ-Body.stl STL · 304 KB
- CrossSlide block v3-CrossSlide Block v4 motorside.stl STL · 510 KB
- spindleMount-main.stl STL · 1,1 MB
- A-axis Stepper coupler-stepperMount.stl STL · 2,0 MB
- Bit storage 2.stl STL · 7,1 MB
- spindleDustCollectorV2.fcstd FCSTD · 2,6 MB
- spindleMount.fcstd FCSTD · 1,2 MB
- calibration.fcstd FCSTD · 66 KB
- ScrewZ.fcstd FCSTD · 68 KB
- ScrewX.fcstd FCSTD · 76 KB
- Corner brace.fcstd FCSTD · 80 KB
- bumpstop.fcstd FCSTD · 24 KB
- Bit storage 2.fcstd FCSTD · 94 KB
- bumps.fcstd FCSTD · 280 KB
- ElectroFront.fcstd FCSTD · 77 KB
- stepperMountX.fcstd FCSTD · 155 KB
- top y-stands.fcstd FCSTD · 126 KB
- lower x.fcstd FCSTD · 215 KB
- Categoría
- Repuestos
- Formatos
- STL, FCSTD
- Descargas
- 6
- Publicado
Sobre este modelo
Watch the youtube channel Classic Car EVO for details on how to build your own large size CNC mill.
Includes the FreeCAD drawings.
The software to run the mill is also available fully open source, under a MIT license.
You'll need a bunch of mechanical components to build this CNC mill, as of the writing around EUR/USD1500 worth. And some electronics on to top it off, another ~EUR/USD350.
But that means you get to build a fully functional LARGE scale CNC for under EUR/USD2000.
To run your own and create milling g-code from any .slt (or .3mf) file on your FluidNC mill you can download the software here: https://github.com/Classic-Car-EVO/3CTool
Find the build on on Youtube (it's a series of videos):
Descripción original del autor, publicada en Printables.
