11/21/2023 0 Comments 3d slicer software cura![]() ![]() Since you can’t really print into thin air, the slicer also needs to make some decisions while comparing the current layer to the previous one to be able to determine how to print a specific section of your model. Depending on your slicer, it is also possible to have a variable layer height based on various conditions - for now know that this option exists in some software but it’s out of the scope of this guide.Īfter defining the layers the slicer analyses each layer and turns it into lines - the print moves. The height of each layer is defined by your print settings also know as profiles. To be able to compute the list of moves required to create your 3D model in real life, the software first slices (hence the name) the model into layers. All of this happens in the G-code exported by the slicer. ![]() Once again, this is no easy feat as the G-code has to describe every single move your printer has to perform, this includes moving the print head on X, Y and sometimes Z while also extruding or retracting filament and/or accelerating to some desired speed, increasing part cooling fan flow, changing bed and extruder temperature etc. The slicer is a software that transforms a 3D model into 3D printer instructions known as G-code. Now that we have a basic understanding of how a 3D printer works and what materials can be used, let’s dig into the brains that controls the 3d printing process: the slicer.
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