The model and support blockers are all configured to use extruder 1. The model also has an overlap-modifying cutting mesh support blocker for each infill pattern with the appropriate infill pattern specified and are sized 19x19x11 at where X= and Y=.Īfter loading the project file, select your printer instead of the printer loaded in the project file (an Ultimaker Original Dual Extrusion). The model has an overlap-modifying cutting mesh support blocker sized 136x88x2 at with 4 top layers and 4 bottom layers specified.
They all use the draft profile with the layer heights set to 0.2 mm and the number of top and bottom layers set to 0. The Cura project files are all the same except for the model itself, which indicates the density and the infill density setting specified in the profile. update: added an OpenSCAD customizer in case anyone wants to create one for another density or make other modifications to the model. These models require about 1/4 the material and print time as ccarbs original model. And since it was easy to change the density on the model and the density in the print settings I made models and project files for each of the commonly used densities in case anyone wants one of those. So I designed my own model from scratch for 15% density, which is what I typically print at. Ain't nobody got time for that! And the amount of material is even more of a concern. I saw ccarbs 20% density model (remix source) and liked the idea, but it would require 120 grams and take 9 hours 46 minutes to print with draft settings. The project files have all of the necessary support blockers.
Cura project files (.3mf) are included for each of the densities for easy printing setup. This is a collection of Cura Infill Pattern Displays with models for 15%, 20%, 25%, 30%, 35%, 40%, 45%, and 50% infill density.
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