I make sure that the distance is at least the sheet metal thickness (0.12”) so that the part is sliding underneath the other sheet metal part I also add 0.001” to this value (0.121”) to make sure there is a least a slight gap for the part to be spot welded together. To design this, the approach I take is by first creating a skeleton of the edge: It allows two sheet metal parts to overlap and remain flush with each other which can also prevent sliding. Sometimes, the easiest looking models are the most frustrating to create, because they look so darn easy! Take this example of a joggle here:Ī joggle, or a small offset near the edge of a piece of metal, is sometimes needed when creating sheet metal. Inventor will create the solution for you 2.

Inside this tool, you can tell Inventor to make the connection between the edges from each body right off the bat. However, before you venture down this road, we can actually just start at the Bend command. Then, you can create a series of faces, flanges, and bends. First, you could start by performing a combination of projecting bodies and creating new sketches in your design. Now, you as a designer are in charge of using Sheet Metal to connect these bodies together. Often, sheet metal is brought into the picture after a multi-body assembly is created. Connecting Multiple Sheet Metal Bodies (Bend Command) This is true in all aspects of life, especially when competing against other sheet metal manufacturers! If you are striving to broaden your team’s competitiveness and stay ahead of the curve, here are 4 Tips and Tricks inside Autodesk Inventor Sheet Metal that will increase your team’s knowledge.

Inventor steel