![]() When you mouse over a solid body in the browser, a tooltip displays the active rule for the body When you select Follow Defaults, the thickness and rules are determined by the active standard. In the create dialog box, clear the Follow Defaults checkbox and then click the drop-list to specify a unique material thickness and rules from the predefined list. The following commands are enhanced to support unique thickness and rules: The rules now let you define a unique thickness for each body. Previously, multibody sheet metal parts were required to share a single thickness. You can also attach a STEP file when you export a 3D PDF. You can now export a fully annotated 3D model that can be used in downstream manufacturing operations. Use the Design View and filter options to see the information you want. Note: 3D annotations and view representations are displayed when you create a 3D PDF file.Ī new 3D Annotations tab in the retrieve dialog box lets you recover the MBD information from a part and use it in a drawing. Use the General Annotation and Text commands to fully document your model. Tip: Right-click an entry and select More Information to open a help page specific to the message. Information about which features are not fully controlled.List of potentially problematic datums and Datum Reference Frames (DRF’s).Enable the Tolerance Advisor browser to check the health of your tolerance scheme and display information such as the following: Use the Tolerance Feature command to attach GD&T annotations, Feature Control Frames, and Datum Identifiers to part faces or features. To access the 3D annotation commands, use the new Annotate tab in a part file and add the manufacturing information directly to the 3D model. Tip: Be sure to check out the guided tutorial in the gallery to help you get started using the new commands. Have a question for Mark or any of our technical staff? Contact us, visit the Synergis website or subscribe to our blog.Model-Based Definition (MBD), is a powerful new set of tools for adding annotations, GD&T, and other manufacturing information directly to a 3D part. In that position, he was responsible for workstation optimization and design management, established uniform standards for the local and global offices, and developed global systems to control and manage their design data. Mark’s most previous experience is as the CAD Design Manager of Pall Corporation, one of our long time customers. Mark Lancaster is a Product Support Specialist on our Helpdesk team working to support customers to create data-rich designs and efficient workflows. I want to thank Nicole Stine from Gichner Systems Group for reporting this problem and allowing us to troubleshoot it on her machine. Until a solution is provided for Inventor 2014 & 15, please make sure your sub-assemblies have been saved with the correct design view representation prior to exporting the top assembly to a STEP (or IGES) file. Upon further review I also realized the exporting issue also impacts IGES files under Inventor 20.Īt this time I have reported this issue to Autodesk for resolution. However, when I ran the workflow through Inventor 2013, the STEP file exported correctly as I remembered. When I repeated the process in Inventor 2015, same thing happened. Since the customer was using Inventor 2014, I started there and was able to reproduce the issue they were seeing. So for a test, I created a simple assembly that mimics the user’s original model structure. I kept thinking to myself when I use to export assemblies (using Inventor 2013) to STEP files, I don’t recall it working that way. Once the sub-assembly was saved with the correct view representation, the top assembly exported correctly.Īs the call was nearing the end, the solution to the customer’s problem just didn’t seem right to me. Meaning at the top assembly, the components were visible but when you opened the actual sub-assembly, the components were turned off. However, as the user and I dug deeper into the model structure, we noticed all of the missing components belong to sub-assemblies that were saved with a certain design view representation. Could it be graphics card related, size of the exported STEP file, memory issue? These and a few other thoughts ran through my mind while trying to resolve it. While reviewing the customer’s top assembly I couldn’t determine why it was impacting only these components and not any other ones in the assembly. Posted on Februby Mark Lancaster, Synergis Product Support: Inventor 20 onlyĪ couple of days ago I had a help desk case come across my desk where the user reported their STEP file was incomplete after it was exported from an Inventor assembly.
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