Like I said before I saw a video clip of Inventor, not SolidWorks and there it was possible to insert a stl file and then select a face of this mesh object or an axis through a mesh hole and then make a constraint with a face or axis of another body. I know it is not possible to make a exact positioning of mesh holes, but I think it can be possible to make a constraints between mesh faces and other body faces. Thanks for your explanation and also for this workaround with the Mesh section. I hope you understand what I mean and also I hope I was really missing something and there is a easy solution for my problem I not figured out yet. Maybe I am missing something? It would be very helpfull if it is possible in further releases to do a correct positioning of STL files (Mesh Bodys). I know, that it is possible to convert Mesh files into BRep and then do futher modifications or the positioning, but sometimes the STL files are to complex to convert them into a BRep. I know, that it is possible in some other Tools like SolidWorks to import STL Files (also possible with Fusion 360) and the do excatly positioning of this stl file in the current project (not possible with Fusion ?). I was not able to make a point to point move because I cannot select a point in my "Mesh Body". I thought okay because it is a STL file it is not possible to make joints, but then I wanted to make a "point to point move" because I want to exactly move the STL file to a position of my choice to go futher in my project but it didn't worked. Joints between components purely created with Fusion work like a charm, but I am not able to make a joint between the STL file (now a Mesh Body in a component) and other components with normal bodys. I'm currently designing a 3D Printer and therefore I need to import some STL files into my project and then make a joint from that STL files to parts of my other components which I have created with Fusion 360.
#Fusion 360 import stl how to
Group all items and export new STL to be used in Fusion 360.I have a question about how to make a joint between an inserted STL file and a component which is created with Fuision 360. * The text "Inspector" allows you to replace the word TEXT with your word.ĩ. Text may be found by clicking he down arrow by basic shapes. * Click the one on the side and set it to 90 degrees.Ĩ. * To accomplish this click the train and the 360 degree circle will appear on back and side. Lay the train on its side and place on rectangle where you want it.
Resize train by clicking on white squares at corner. * Click the "Group" button in the upper right corner. * Select both the clear box and the train using the shift key or CTRLkey * Add clear Box and streach to cover half of the train. Cut the train in half with a clear box (see picture)
* Click import button in upper right cornerĥ. * I made mine 100mmx 50mmx 5mm you could work in inches and make it 4"x2"x.25" * Click the box to get the white squares on the corners to appear. * In the basic shapes, pick a box and place in center of workspace. Create a rectangle the size of your sign or plaque. Open web browse, go to and login/register.ģ. They are also referred to as meshes, and TinkerCad will let us edit and change them easily. STL files are typically downloaded and 3d printed. In this step we will take the STL file and use it in making a new design. It's used by teachers, kids, hobbyists, and designers to imagine, design, and make anything! TinkerCad by Autodesk is a free, easy-to-use app for 3D design, electronics, and coding.
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