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Sheet Metal in Inventor: Making Top-down Design ... - Autodesk
: The software calculates material stretching during the unfolding process. For the most accurate manufacturing, it is recommended to design to finished dimensions and let Inventor's K-factor or Bend Allowance calculate the flat pattern.
: Detailed procedural guides such as Inventor Sheet Metal from Start to Press from Autodesk University provide step-by-step instructions on using these features for professional fabrication.
: Standard operations like Flange , Face , Hem , and Corner Round are used to build geometry, followed by the Create Flat Pattern command for production prep. Documentation and Learning Resources
: Reference materials like the Inventor 2016 SheetMetal Design-EVAL offer a 38-page breakdown of the module's capabilities.
Sheet Metal in Inventor: Making Top-down Design ... - Autodesk
: The software calculates material stretching during the unfolding process. For the most accurate manufacturing, it is recommended to design to finished dimensions and let Inventor's K-factor or Bend Allowance calculate the flat pattern.
: Detailed procedural guides such as Inventor Sheet Metal from Start to Press from Autodesk University provide step-by-step instructions on using these features for professional fabrication.
: Standard operations like Flange , Face , Hem , and Corner Round are used to build geometry, followed by the Create Flat Pattern command for production prep. Documentation and Learning Resources
: Reference materials like the Inventor 2016 SheetMetal Design-EVAL offer a 38-page breakdown of the module's capabilities.