He stated that this is a huge time save and can get you printing much faster.Īnother user stated that the PrusaSlicer has superior support than the other slicers, such as Cura because they can be removed very easily. One user suggests using PrusaSlicer as you can set the bed and print temperature and then start your bed leveling procedure while the bed is warming up. Once you are satisfied with the preview, click “Export G-code.” Save the G-code file to your computer or an SD card, which you will use for printing. This visual representation can help you spot any potential issues before printing. Take a closer look at the generated preview to ensure the settings and results align with your expectations. PrusaSlicer will analyze your model and generate the G-code, which serves as instructions for your 3D printer. This step lets you arrange the object on the virtual print bed according to your preferences.Ĭlick the “Slice Now” button. Using PrusaSlicer’s user-friendly interface, position and scale the model as needed. In PrusaSlicer, click the “File” button in the top-left corner and then “Import” or drag and drop your 3D model into the PrusaSlicer workspace. You’ll need to import a model, slice it, and generate G-code for your Ender 3. Other users also recommend using the standard Creality configuration as it has worked the best for them and their Ender 3.Ĭheck out the video below for detailed information on how to configure PrusaSlicer for the Ender 3. He stated that you can get some really cool effects on your prints. One 3D printing hobbyist suggests changing infill patterns by going to Infill and then Top/Bottom fill patterns. One user stated that the built-in presets for the Ender 3 should normally work well in PrusaSlicer and the main change is the temperature, which will change depending on the filament you plan on using.Īnother user also recommends using the default Ender 3 preset and then tweak it yourself after doing some testing and calibration. ![]() In the “Filament” and “Print” tabs, you can fine-tune various settings according to your specific needs.In the same “General” tab, set your “Print bed size” to match the dimensions of the Ender 3 (220 x 220mm for the Ender 3).In the “General” tab, you’ll see a drop-down menu labeled “Printer.” Click on it and choose “Ender 3.”.In the top menu, click on “Configuration” and select “PrusaSlicer.” Install PrusaSlicer by following the installation instructions provided on their website.Ĭheck out the video below for some more information about using PrusaSlicer for the Ender 3.Īfter successfully installing PrusaSlicer, it’s time to configure the software for your Ender 3 3D printer.Download the version of PrusaSlicer that corresponds to your operating system. ![]() PrusaSlicer is available for Windows, macOS, and Linux. The first step in setting up PrusaSlicer for your Ender 3 is to download and install the software. These are the steps in order to set up PrusaSlicer for the Ender 3: How to Set Up PrusaSlicer for the Ender 3 ![]() Download it now and get the most modern 3D printing workflow available. ![]() Read the release notes for a full rundown of changes.Īll of these features and more are available in Ultimaker Cura 4.3 today. This version addresses a number of issues from previous versions, including tray icons remaining after application close, silent mode installation and uninstallation, ‘arrange all models’ and much more. Nubnubbud has added a new theme for colorblind users which makes more distinction between colors, such as the yellow/green line colors in the layer view. A drop down selection box has been added to custom mode, giving you a list of presets to place the z seam on your model.Ĭolorblind assist theme. This is especially useful for small perimeters such as printed holes, as they tend to get ripped away from the build plate easily due to their low contact area.Įasy selector for z seam positions. Z seams are now easier to position on your model, thanks to a contribution by trouch. Smartavionics has contributed a setting which recognizes small perimeters and reduces print speed in order to boost the reliability and accuracy of small printed features. This reduces weak points in your model, at the cost of an additional travel move. Randomize infill start. Randomize which infill line is printed first. Input a set of angles you want lines generated at, and these will be placed sequentially throughout your 3D print. Choose the angle that support-infill and interfaces print at, thanks to a contribution from vgribinchuck. Support infill/interface line directions. Improve reliability with more precise control over certain aspects of your print. Align faces to the build plate easier than before
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