Autodesk Inventor 2023: Sheet Metal Design

Sheet Metal Secondary Features, Sheet Metal Secondary Features, Flanges, Flanges, Bending Sheet Metal, Bending Sheet Metal, Sheet Metal Cuts, Sheet Metal Cuts, Corner Rounds and Chamfers, Corner Rounds and Chamfers, Introduction to Sheet Metal Modeling, Introduction to Sheet Metal Modeling, Sheet Metal Base Features, Sheet Metal Base Features, Unfold and Refold, Unfold and Refold, Lofted Flanges and Rips, Lofted Flanges and Rips, Multi-Body Sheet Metal Modeling, Multi-Body Sheet Metal Modeling, Documentation and Annotation, Documentation and Annotation, Flat Pattern Environment, Flat Pattern Environment, Corner Seams, Corner Seams, Converting Parts to Sheet Metal, Converting Parts to Sheet Metal

Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles, Course ObjectivesUnderstanding the Autodesk Inventor Sheet Metal interface and workflowCreating base faces, contour flanges, and contour rollsCreating secondary faces, contour flanges, and contour rollsWorking with sheet metal parametersCreating flangesAdding hems, folds, and bends to sheet metal modelsAdding corner rounds and chamfers to sheet metal modelsRemoving geometry from a sheet metal model (holes, cuts, and punch features)Controlling sheet metal geometry using corner seams (seams and miters)Generating flat patternsCreating lofted flangesCreating rip features to permit the flattening of the sheet metal geometryUnfolding and refolding sheet metal geometryDesigning multi-body sheet metal modelsDocumenting and annotating sheet metal drawingsConverting solid models to sheet metal modelsWorking with sheet metal styles

The material covered in this training course assumes a mastery of Autodesk Inventor basics as taught in Autodesk Inventor: Introduction to Solid Modeling., Knowledge of sheet metal processing is an asset, but not required.