Lychee slicer pro11/14/2023 Not to mention, who still uses grid infill on FDM printers these days? Much less enables supports everywhere? I mean, obviously the author had to be reasonably capable to have produced the models in the pictures sourced from tom's hardware, but pretty much none of the best practices of 3d printing are present, nor are important details disclosed. Not to mention the note about 'adding holes if you like' with absolutely no mention that if you don't on a hollow model, that the model will contain some amount of uncured liquid resin which can cause the model to burst and spill liquid resin all over the place, potentially ruining not only that model, but all other near it, and anything else the resin touches. Look, throwing premium features like hollowing 3d into the 'tutorial' on resin, and then not mentioning any of the considerations like the contact area with the FEP, nor the post processing washing and curing is frankly irresponsible. More: How to Convert OBJ Files to STL Files for 3D Printingĭear gods. More: 5 Ways Fix Z Banding in 3D Printing More: How to Use PrusaSlicer: A Beginners Guide You just need to remember that the type of the 3D printer and the settings you are using determine the final output of your print when other factors are kept constant. Regardless of the type of miniature you are printing, you can use the steps highlighted in this article. In FDM, sometimes the supports stick very much, and during the removal process, it can affect the quality of the print, especially the tiny parts. You can remove the supports easily when using a resin 3D printer compared to an FDM 3D printer. Resin 3D prints also have smooth surfaces, and this reduces the amount of work to do in post-processing.ģ. This is crucial for miniatures, as a clean and polished surface enhances the visual appeal of the print.Ģ. All the key and minor details of the design, like sharp edges, comes out well. It produces extremely fine details like textures, especially when you use the one with high resolution. Resin 3D Printer: Which One Should You Use?īoth FDM and resin machines can be used in 3D printing miniatures, but because of their complexity and intricate details, resin 3D printers are the most preferred. In both techniques, you must remove supports (if there are any) and clean them before painting. For resin 3D prints, you must wash and cure it first to remove excess resins. You can adjust this in the print speed settings.Īfter 3D printing, the next step is post-processing. Moreover, a slower speed of around 20-60mm/s can help enhance the details. If you reduce the layer height, you will need a smaller nozzle resize to achieve the intended results. A layer height above 0.2mm is better suited for large miniatures that are not detailed.Īs you adjust the layer height, consider other critical settings like the print speed and the nozzle size of your 3D printer, as they will play a role in the final result. A value between 0.05mm and 0.1mm can achieve a detailed print with smooth and fine surfaces, though you won’t get the level of detail that a resin 3D printer produces.Ī layer height of around 0.15mm to 0.2 mm offers a balance between speed and details. Just like in resin 3D printing, you need a lower layer height if you would like to get finer details, but it will take more time to print. You can begin by adjusting the layer height by going to the quality section and changing it there. To adjust the layer height in Lychee slicer, go to the 3D printer section on the top-right section of the window. Most standard miniatures can be 3D printed at 50μm, the default size for many resin 3D printers. A lower layer height takes more time to print than a higher one. If you are 3D printing larger ones, you can use a higher layer height. If you are 3D printing small miniatures around 28mm, you must use a low layer height of 10-15μm to capture all the details. When 3D printing miniatures, the value you use depends on the level of details you want, the size of the print, and the capabilities of your 3D printer. In resin 3D printers, the layer height is set in micrometers (μm) or millimeters (mm), ranging from around 15μm to 100μm. The layer height setting specifies the thickness of each cured material layer. Below are the key settings you need to consider: Layer Thickness After importing the file and resizing it, the next step is to apply the various settings.
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