Fast Print Profiles

prusaprinters

<p>These print configurations make for stronger and much faster prints, compared to Josef Průša's configurations. They achieve this largely through use of very thick extrusions and combined infill layers. Not as much through high linear speeds, which in my experience haven't fared as well. My primary goal is to maintain a high volumetric flow rate without introducing structural flaws. We can still produce fantastic aesthetics with these profiles despite the speed, but the focus isn't on intricate details of tiny figurines. I provide configurations for all nozzle sizes from 0.4 to 1.2 mm.</p><h3>Instructions</h3><p>Put the <i>.ini</i> files in the directory where you keep your print profiles.</p><ul><li>In Linux: <code>~/.config/PrusaSlicer/print</code></li><li>In Windows: <code>C:\Users\</code>[name]<code>\AppData\Roaming\PrusaSlicer\print</code></li></ul><p>A <a href="https://www.prusaprinters.org/prints/2236-3dbenchy-the-jolly-3d-printing-torture-test-by-cre">3dbenchy</a> tugboat is included as a benchmark test. When printing this particular test model with wide-extrusion print profiles such as these, I suggest an <i>XY size compensation</i> value of 0.2mm.</p><p>If you happen to experience extruder slippage, which causes a clicking sound as a result of trying to extrude plastic faster than your hot end can handle, then slightly reduce either the maximum volumetric flow rate in your filament profile or your printer's speed multiplier.</p><h3>See Also</h3><ul><li><a href="https://www.prusaprinters.org/prints/121332-watertight-spiral-print-profiles">Watertight Spiral Print Profiles</a></li></ul>