Throughout the years, 3D printing designers have had access to a variety of free slicing tools, with many of them being free. The better the instructions, the better the final 3D printed part. Slicing software is used to transform 3D CAD models into a format a 3D printer can understand, called Geometric Codes (G-codes).
A 3D printer slicer software functions as a link between a 3D model and the printer.Ī 3D printer does not understand CAD files, it understands G-codes. There's the 3D CAD model and the 3D printer, but there's a crucial piece of the jigsaw that sits right in the middle of these two components. Please select the Accept as Solution button if a post solves your issue or answers your question.Table of Contents What is Slicer Software?ģD printing innovation is sparked by a few fundamental tools that are found in every 3D printer. There is the 3D Print Environment within Inventor you can explore:Īlso, there are Inventor Add-Ins for 3D Printing you can find in the app store. It's more of how the slicer and supports are done, where the print path goes, it just depends on how intricate you want the customization to be. Going to the 3D printer specific forums might be helpful as well, that's where I've gone in the past when I mess up.Īs for Inventor, I've done the same as the model has never been an issue. If you are buying the Raise brand printer, I would watch YouTube reviews and comparisons, there are quite a few out there. I'm guessing you are looking for a commercial setup so first determine your requirements: My last job wouldn't let me play with the super expensive one, think we might be getting a few new ones here in Portland soon, there goes the neighborhood. They have worked well for my tinkering uses but leave you wanting for more and take a bit of trial and error to get them working smoothly. Hello personally bought two of the cheapest possible DIY kits, a generic Prusa Cartesian and Anycubic Delta.
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