Please read this before posting any Blog/Vlog Add appropriate flairs to your posts to help other users participate with you.Message the Mods with proof (the C-# certification number) to get yours. Now adjust the bend notes for clarity by hiding, moving, and adding leaders to selected notes. A flat pattern view is automatically added in the PropertyManager when you create a sheet metal part. Start with an isometric view of the folded model, and then add a view of the unfolded model.
Now create a drawing of the sheet metal part. You can flatten all the bends of a sheet metal part at once. Next, add a closed corner by extending the face that is adjacent to the angled edge flange you just added. To create a closed corner, first add an edge flange to the base flange. A closed corner extends a flange so that the gap between two flanges is narrowed. Now add a closed corner to one side of the base flange. Now, fold the bend back to its bent state. Unfolding only one bend results in faster system performance. To cut across a bend, you start by unfolding only the bend that you want to cut across. Use the Right Plane to mirror the edge flange feature. You can mirror sheet metal bodies as well as selected sheet metal features. When you mirror a sheet metal part, many of the bends are mirrored as well.Ĭreate an edge flange using the edit sketch profile and offset options. Then you add and dimension the sketch for the miter flange. First you add a notch to limit the propagation of the miter flange.
You can add flanges to your sheet metal part with corners that are automatically mitered. To create a sheet metal part, you sketch an open profile and use the base flange feature to create the thin feature and the bends.Ī base flange feature creates the following features in the FeatureManager design tree:
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