Lulzbot TAZ Tractor Scale Model 3D Printing Tutorial: Difference between revisions
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=Tractor 3D Printing Files= | =Tractor 3D Printing Files= | ||
*3x 11 - tops transerse | *3x 11 - tops transerse - | ||
*2x 17 - top parallels | *2x 17 - top parallels | ||
*4x 13 - front verticals | *4x 13 - front verticals |
Revision as of 23:27, 25 May 2013
- Start with a Sketchup file. Start the print of tubing in a vertical position - with the base in the xy axis. You can draw in any position, but at end, group it and rotate it to stand vertically.
- Install plugin to sketchup. For Linux, see how to install plugins under Wine - simply place the plugin in the correct directory. For Windows, use skp_to_dxf.rbz. See Sketchup page on wiki - see links there. In Windows, do Preferences-Exension-Install Extension (choose location of extension). With it installed, go to Tools-Export and choose STL as the export format. Do not change the filename, as it will not recognize the file format later.
- With the STL export - you need to fix it for printing. Use cloud service for fixing files - cloud.netfabb.com. We are using all inch formats. This is a converter for fixing your files. It sends you a link of the fixed file. You can view the fixed file in STL or download it. Download the file.
- Use Slic3r to generate gcode for printing.
- Make sure that you upload the correct configuration file - use 0.35 nozzle draft. Upload the configuration every time you use slic3r.
- Open your repaired STL file. It should appear like it is for real.
- Expert gcode. Then you are ready for Printrun.
Tractor 3D Printing Files
- 3x 11 - tops transerse -
- 2x 17 - top parallels
- 4x 13 - front verticals
- 5x 15 - 2 rear verticals, 3 bottoms transverse
- 4x 19 - bottom parallels
Loader:
- 2x 8 - forearms
- 2x 16 - arms