Autodesk New Inventor 2016 On Sheet Metal Design [DIRECT]

: For the first time, users could create multiple independent sheet metal bodies within a single part file. This allows for a top-down design approach where complex assemblies can be laid out in one file before being separated into individual components.

Sheet Metal in Inventor: Making Top-down Design ... - Autodesk

: When converting a standard solid part or imported non-native geometry into a sheet metal part, Inventor 2016 can now automatically detect the material thickness, eliminating a manual setup step. Autodesk NEW Inventor 2016 on sheet metal design

: This highly requested feature allows for the creation of sharp corners (zero radius) in sheet metal components, which more accurately reflects certain fabrication methods and avoids error messages in the Bend Radius field.

: 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 : For the first time, users could create

: 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.

: 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. - Autodesk : When converting a standard solid

: These act as the "root" of the design, controlling thickness, bend allowances (K-factor), and corner treatments. In 2016, different rules can be applied to different bodies within the same multi-body part.