![]() Learn how to document formed parts and flat patterns with a 2D drawing.Discover why a sheet metal part may not generate a flat pattern.Learn how to apply the Flange command to make faces, flanges, and contour flanges.Learn about the importance and role of Sheet Metal Rules. ![]() During this demonstration, we will recreate a component and show how to document the formed part and flat pattern with a 2D drawing. ![]() We will discuss how to capitalize on the Sheet Metal Rules and the multiple applications of the Flange command. Join this class to better understand the proper workflow for modeling sheet metal components in Fusion 360. There are Sheet Metal Rules and it is important to understand the role they play. Certain tools have multiple functions and use. The Sheet Metal workflow can be simple, yet confusing. ![]() CNC Machining, Sheet Metal Fabrication & 3D Printing from the worlds first online. Fusion 360 Sheet Metal for Beginners Product Design Online 186K subscribers Join Subscribe 59K views 1 year ago Fusion 360 for Beginners Thanks to for sponsoring this free. Each workflow has unique tools that are specialized for the different types of modeling. Convert CAD files made in Solidworks, AutoCAD, Fusion 360, CATIA. Once we have created this extruded cut we can then create our flat pattern of our 3D model, see below: -Fusion 360 software has four unique design workflows: Solid, Surface, Sculpt (T-Spline), and Sheet Metal. We'll learn how to create a new rule and edit some of the characteristics of a. Once we have done this we can create the extruded cut feature we need, see below: - 355 20K views 3 years ago This video will show how sheet metal feature in Fusion 360 are controlled by rules. The height of the rectangle is large enough so that it can cut through the Lofted Flange. We provide accurate duct shop drawings for sheet metal contractors, fabricators and engineers allowing them. Sheet metal components For example, rules will dictate material thickness, bend radius, and corner relief. In this instance I have created a rectangle which is positioned in the centre and is the width of the material which is 2mm. Wire duct 20x34 - Fusion 360 Modular design. So the first step is to create a sketch which will cut through the Lofted Flange, see below:. Once we go into the Flange tool we can create a lofted flange with the 2 closed sketch profiles, see below: -īecause this is a closed profile, we must create an additional sketch and feature in order to create a flat pattern of this Lofted Flange. Note that the 2 sketches are on 2 separate planes. For manufacturing purposes, details like bend radii and relief sizes are. The other option we have is to create a Lofted Flange with 2 closed sketches, see below: - A sheet metal part starts out as a flat piece of metal with a consistent thickness. Once this flat pattern is cut, it’s ready to get fabricated into the original 3D model shape. ![]() The new component will be turned into a sheet metal component. This creates the flat pattern of the 3D model ready to be cut on a cnc laser. Go to Create -> Flange Select the sketch from step 12 as the flange profile Select Side 2 as Thickness Select the Sheet Metal Rule from step 15 Click OK. These are used to create the original 3D model shape during the fabrication process. Note: - The lines shown on the picture above represent the bend lines of the flat pattern. Features like the One Flange Tool, which combines five flanging commands (base, edge, contour, miter, and swept) into one command, make it a user-friendly tool for designers at all levels. Once we go into the Flange tool we can create a lofted flange with the 2 open sketch profiles, see below: -įrom here we can then create a flat pattern of this model, see below:- Autodesk’s Fusion 360 is an integrated CAD/CAM tool that features a sheet metal workspace that enables you to design your project with manufacturing in mind. In summary, Fusion 360 makes working with Sheet Metal parts and flat patterns an efficient and easy process, allowing you to quickly prepare metal parts for the. Note: - The 2 sketches are on 2 separate planes. This is a tool which you can use to open sketch profiles, see below:. The command is aware of what is being selected and will automatically switch to the right command. Inside the Flange Tool you now have the option to create a Lofted Flange. Fusion 360 folds 5 sheet metal flange commands (base, edge, contour, miter, and swept) into one flange command. Fusion 360 folds 5 sheet metal flange commands (base, edge, contour, miter, and swept) into one flange command. A new feature has been added to Fusion 360 Design Workspace for Sheet Metal. ![]()
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