This means that the graphical user interface (GUI) for creating an assembly is different from the GUI for creating a presentation. The different file types in Inventor have different interfaces. In Inventor, all file types that are associated with a model are stored together in a single project folder and as a single. Although these file types are different, they are usually related. The differences between these file types were stated earlier. dwg file extension and Presentation file with the. iam file extension Drawing file (drafting document) with the. ipt file extension Assembly file (assembled components) with the. The primary types are Part file (individual components) with the.

Inventor has four primary file types and one secondary file type. Before you get startedīefore we take a look at the interface of Inventor, let us familiarize ourselves with some basic concepts in Inventor. Rendering makes your design take on as realistic an appearance as possible.įinally, you can easily share your finished designs with others for review and comment. To enable you to visualize your model as realistically as possible, the visualization features of Inventor allow you to explode, animate, and render your model. This feature is essential when you are designing for manufacturing. Using Inventor simulation features, you can run various analysis such as stress and motion, on your model.

This presentation is used exclusively for creating exploded views of the model. Furthermore, you can create a presentation document of your finished model. These drawings may contain orthographic projections, isometric views, part lists, and a title block. In addition to these, you can also create working drawings (drafting documents) of your finished designs.

For example, after designing individual components such as a piston, a crankshaft, and some valves, Inventor allows you to assemble these parts into a modular motor engine, with each of the components still retaining their individual properties. You can also create an assembly of the components created. With Inventor, you can create 3D models of either standalone objects such as a cup, or components of an object. The capabilities of Inventor can be classified as follows modeling, simulation, visualization, and collaboration. Before you begin to learn how to use any software, you must know what it can do.

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