![]() So you ended up with those two parts each with its own sequence of features, the last one of each being Johdon_pidikkeen_alaristikko and Pohjalevyn_toisto. I've taken screen captures to show what the 2 separate parts are, and colored the sequence of operations (features) that produced each of them: When you look at the Project tree at the left, the same sequence of operations (called "features") is shown, here from top to bottom, in chronological order, but without the benefit of seeing which feature belongs to which "branch". After forking at this point, you worked on two different parts instead of a single one. After that pad, you applied a mirror feature (Oikea_uloke_peilattu), but you also mapped Sketch002 to Vasen_uloke_pad_6 and padded it into Vasen_ulokkeen_kolmio. You see that at the 4th level (Vasen_uloke_pad_6), there's a fork. In a typical Part Design workflow, this tree should be linear, with one single straight branch. This shows the sequence of operations in creating your part, from the bottom up. ![]() Here's what the dependency graph shows about your model: Repetition host is a 3D printer software, which analyzes imported stl 3d file and eventually feeds the sliced G-code to the 3D printer. This is most probably something I do wrong with FreeCAD, but I just cant point my finger what that is This third version is a bit more complicated than earlier versions and thus impossible to fix and get it approved by repetition host anlayze.Īttached file is the problematic FreeCAD drawing.Īny help is appreciated. I have managed to fix the two earlier version by (trial and error) using FreeCAD's own mesh tools together with netfabb. This model is a third version of the drawing. That was necessary because selecting only last item would have left part of the features out of the exported model. The exporting to mesh file was done by selecting two last items from project tree list. I have also tried to fix the stl mesh file with FreeCAD's own mesh tools but they seem to broke the model even worse than it was before The model comes back as a manifold but there are errors easily seen from Repetition host preview image. I have tried to fix the model by running the stl mesh file through netfabb but without success. Repetition host says the model is not manifold and might not print correctly. The export succeeds but the mesh file is no good, according to Repetition host analyze. ![]() Now I would like to convert this drawing to stl file format. ![]() There is this simple 3D drawing that I have been building (as a novice FreeCAD user). This includes details such as authorship, copyright, and location - all of which are essential to publishing.I hope it is alright to use this thread trying to sort out another exporting problem from Freecad. Another disadvantage of STL is that the file can’t store metadata.For this reason, it’s mainly used for creating prototypes rather than the final product. While STL is great at printing complex shapes, it does have relatively limited capabilities in other areas - including color and texture.This makes STL a smart choice if you’re printing an object in a single color and material. Due to their lack of color and texture, STL files tend to be smaller in size yet faster at processing than other formats.Whatever shape you choose, it’s usually able to produce an accurate model. You can use an STL file to create a wide variety of objects - from lamps and plant pots to drone accessories and camera tripods.Because it’s pretty much universally recognized, it’s a reliable choice for designing and printing your 3D models or objects. Nearly all 3D printers can use and support the STL file format.Read on to learn more about the advantages and disadvantages of STL. However, several of its drawbacks also may mean it’s not always suitable for your needs. There are many advantages to using the STL file format.
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