| Sheetmetal & CAD-to-CNC Methodology: |
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- Parts of uniform thickness fabricated from a sheet of material, often containing bends, holes, slots, & flanges
- Machined parts fabricated from lathes, routers, mills, cutting tables, and other computer numerical control (CNC) equipment
- Best practices for 2D/3D CAD files to CNC integration
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| Inventor Fusion: |
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- Provides direct modeling capabilities for rapid design changes with free-form organic modeling techniques
- Import models from all other CAD packages, including SolidWorks & Pro/Engineer
- Edit and convert all models into intelligent models by using Feature Recognition to build a feature tree
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| Frame Generator: |
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- Create structural-shape frame assemblies using skeletal or traditional modeling techniques
- Create custom profiles for extruded shapes
- Learn how to quickly cope pipe, miter angles, & trim frame components with minimal mouse clicks
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| iLogic: |
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- Enable rules-driven design, providing a simple way to create configurations, standards, automatation, and re-use of designs
- Does not require any programming skills
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| iParts, iAssemblies, & iFeatures: |
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- Create "factories" that generate configurations of parts, assemblies, and constantly-used features
- Learn how to edit Inventor configuration tables using Microsoft Excel
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| 2D Legacy to 3D Inventor: |
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- Quickly convert old 2D legacy data into the 3D Inventor data
- Build Inventor assemblies quickly using AutoCAD blocks without having to redraw 2D sketch data
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| Styles & Template Creation: |
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- Setup company standards and definitions
- Create drawing templates for consistent CAD output
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| Essential Modeling: |
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- How to go from conceptual visualization to 3D model prototype
- Learn the how-to's of efficient modeling techniques
- No prior CAD skills or knowledge required
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| Essential Assembly: |
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- Learn how to take existing 3D models and collect them quickly & efficiently into sub-assemblies and assemblies
- Discover best-practices for assembly creation based on design-intent
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| Advanced Assembly: |
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- Take assembly design-intent further with top-down versus bottom-up creation, apply motion with collision-detection to assemblies
- Learn how to quickly assemble components using iMates & bolted connections
- Create weldments and their attached symbols
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| Tube & Pipe - Routed Systems: |
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- Use design tools for routing rigid pipes, bent tubes, & flexible hoses to assemblies
- Discover how to save hours of traditional modeling & assembly techniques by using the content library, styles, & auto-route creation
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| Cable & Harness: |
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- Create & manipulate 3D wire harnesses
- Insert wires, cables, splices, connectors
- Generate wire reports
- Import AutoCAD Electrical wire lists
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| Factory Design Suite Essentials: |
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- Create 3D visual layouts of the factory floor, including machining lines & complete manufacturing facilities
- Generate the 2D top-down view instantly with one-click DWG creation
- Take 2D legacy layouts into the 3D world with one-click auto-place 3D assets
- Analyze layouts for material flow efficiency
- Use the included factory content library to start & finish your layouts quickly while avoiding time-consuming modeling & assembling
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| Factory Design Suite Customization (Advanced): |
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- Publish Assets
- Modeling & Assembly creation
- Drawing setup
- Top-down Assembly techniques
- Multi-body modeling
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| Factory Design Suite Advanced: |
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- Create 3D factory assets
- Take your 3D Inventor Factory into Navisworks, Showcase, & 3D Studio Max
- Import BIM-ready content from Revit, AutoCAD Architecture, Plant3D, or other CAD packages
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| Autodesk Showcase: |
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- Create high-value, interactive design reviews, photo-real marketing materials, and sales presentations within minutes
- Email photos & video fly-throughs to decision makers for review, saving time and money by avoiding pre-approval DWG creation
- Directly import native 3D CAD models into Showcase
- Use Showcase's Inventor constraint detection to apply motion to assemblies automatically
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