7/26/2023 0 Comments .stl file 3d printing![]() The first picture shows an STL file before optimization, second after and the third one is a render of the 3D model. The printer won’t be capable of 3D printing models’ surface if it’s too detailed with the limitation of layer thicknesses. ![]() ![]() Setting right STL Resolution is the key factor here. To sum up: you need to adjust the complexity of your object accordingly to the thickness of the layers of the 3D printed model. Also, make sure to optimize your STL files, it can bring the costs of production down and waste less material. The more complex your object, the bigger the file size, and that can create problems not only with sharing the file with a 3D printing service but also for the 3D printer. 3D printers are limited by the thickness of the layer, so before you add too many vertices, learn about the 3D printing technology and material you want to use. Indeed, the smoother the surface, the better the print, BUT it also depends on the 3D printing technology you use. Optimizing your STL resolution is a very important step. Tip: it’s easier if you scale the original design to the size you want it to be 3D printed before saving it as an STL file format. ![]() The third picture is an example of a well prepared STL file The second picture is missing faces of some walls. The first picture shows 0 wall thickness of the 3D design.
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