![]() I just tried to use the support blocker and "Modify settings for overlap" but that doesn't do anything. In other words: I would basically like to set the whall line count to zero in that particular area. I understand the problem but actually am looking for a way to just prevent printing part of the regular model's wall. A few 3D-printing enthusiasts at Bilbaomakers and the STEMFIE/FreeCAD Spanish Telegram group came up with the idea of making an external workbench for. Also cura sees both sides of the wall as outer Perimeter. The result in cura now can't be printed with infill since the actual inside of the model is only within the walls. Now the problem is, that's not really what I want. I found a way to import it somewhat fine using meshmixer to create a hollow with an offset which makes the outer Hull actually have a thickness to it. However the wall and the hole are visible in light grey, Cura just doesn't print it. When I import the STL in Cura, there are no walls around the whole object where there is the hole in the hull (see attached Cura screenshots). It has a hole in the hull of the object and behind that hole there are two pins inside the object (see attached FreeCAD screenshot). The letters should just break the surface of the cube as you want to cut them out/engrave them.I am trying to import an STL file, I created in FreeCAD. But essentially after moving them around you should end up with a cube with the X, Y and Z positioned on the correct axis. We have done this quick and dirty, but you should really calculate you positions, we would certainly like to control our positioning and rotation of objects better so we will be looking into this further. Now to move it we have found the easiest way is to open the positional information for a particular object (on the data tab of the Combo view, left hand side), place the cursor in the entry for a particular axis and then use the mouses middle roller button to move it about in a particular plane, you may then want to enter in manually for fine tuning, or better still calculate what it should be. Both X & Y will need to be rotated, The X in the YZ plane and the Y in the YZ and the XY plane ![]() Altering you perspective view so that you can see in only the plane you wish to move it in is a good idea, otherwise you will not rotate accurately. The second click almost produces a handle by which you can rotate the object in the desired plane. You will need to click on the rotate button, then click on a face of the object you wish to move and then click away from the object. ![]() So select the plane that you would like to move the solid in and then go back to the Draft workbench and use the rotate button. ![]() You can find this by right clicking on the solids which brings upo the contextual menu. We found that the key to this was being able to flip between planes (XY, XZ, YZ) it makes rotating the solids easier. So nearly there, we need to now position the text on the cube. ) but we thought that adding some text to your freecad model, specifying the axis is a good idea, it allows you to know which way the cube was printed so you can trouble shoot problems with specific axes. You could export your 20mm calibration cube now as a. Change the Length, Width and Height to 20mm. You can change the size of the cube by clicking on the cube in the Labels and Attributes panel and then the Data tab on the Property View. The first thing you will need to do is select the Parts workbench. ![]() The first thing that you will need to get to grips with is Freecads use of Work Benches Different work benches have different tools and these different tools can operate on different sets of object types. So first things first open Freecad and create a new file.
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