![]() Specific to the SOLIDWORKS file format, you have a multitude of different 2D and 3D standards for importing and exporting. It would help to know the various options for exporting to CAD that others users accept. To successfully manage models imported in different formats, you need to understand both the restrictions and benefits of common file formats. In this video training course, I will show you how to model an incredible Boeing 747-8 in SOLIDWORKS from scratch.Ĭlick here for a free video to start modeling your own Boeing 747-8 in SOLIDWORKS.When working with customers and suppliers that use alternative CAD packages, it is common for design engineers to come across different file formats. Watch the video for a more extensive explanation of the FeatureWorks tool:ĭid you like this tutorial and are you eager to learn more? Then you should really check my SOLIDWORKS Boeing 747 course. Select the Feature Type and pick the Automatic Features you would like to apply in your 3D model. ![]() Navigate to Insert > FeatureWorks > Recognize Features or click on the Recognize Features icon. Although this tool will not work for very complex shapes, it may be worth trying for more basic 3D models like the example in today’s SOLIDWORKS video. This handy tool can recognize features and recreate the geometry of the 3D model using native SOLIDWORKS features. ![]() To make it simpler to work with these types of parts, SOLIDWORKS has developed the FeatureWorks tool. These parts don’t have a feature tree so it is very hard to edit imported parts in SOLIDWORKS. You are working on a design project, and you have to deal with imported 3D models like Step files, Parasolid files (.x_t. ![]() Almost every designer and engineer has experienced this problem: ![]()
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