So, bend lines are automatically created and hold information about the actual bend (i.e., down 76 degrees). When you create the views as normal, you can also bring across the forming information (such as bends, punches, locations, etc.) and extract the markups or annotation for those features. Taking the documentation and manufacturing preparation step further, you can now extract much more information within a 2D drawing. The system holds two representations of the punch a full 3D representation, and also a 2D sketch of the punch in the flat pattern for documentation purposes. Punch support now allows you to store standard punches in a library, which can be dragged and dropped into your model and reused just as you would any standard iFeature. The new contour flange allows you to wrap a profile down multiple edges on a part within a single feature, with automatic mitering, making the history tree and design modifications much easier. In general terms, the big sheet metal update here is that you now have separate browser trees for folded and unfolded model (allowing you to have both open at the same time), and you can now add features to the flat pattern. Sheet metal is always a core concentration for any vendor as there is a real need to be able to define the sheet metal form intelligently in both 3D and 2D. Also on the productivity front, this release includes the introduction of command aliases. New User Profiles allow you to store your UI layout (such as toolbar position, custom toolbars, etc.) and load it - handy for those working with multiple users using different workstations. While we’re on the data-exchange issue, data can be moved between Inventor and AliasStudio products, making for a more efficient workflow.Įlsewhere, the user experience is updated with a redesign of icons and Windows XP-type control icons. What’s important to note is that the DWG files can only be edited by the originating system, which makes sense in terms of design changes control. Or, if you’re working with AutoCAD, you can access an Inventor-generated DWG file and mark up or annotate Inventor drawing views to create the documents you require. Within Inventor, you can open an AutoCAD DWG, extract view information, blocks, etc., and reuse that data. IDW file, but the real key is the ability to share information among Autodesk applications. Within Inventor, you can now choose to store your draft data as a. This allows more intelligent use of DWG data in the various incarnations of AutoCAD and Inventor. The 2008 release cycle features the introduction of DWG TrueConnect. Inventor 2008 offers enhancements and additions that flesh out Autodesk’s functional design capabilities and bring parity between Inventor and AutoCAD to assist with knowledge reuse.
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