This happily survives changes in the component view.ĬREATE > Create BOM opens the dialogue above to which I made no changes other than the selection of Exclude “_” previously mentioned.Ĭreate BOM has its own Cut List option but the resulting text file while easily human-readable was not suitable for use with any cut list/sheet layout software I have found to date. I found it simpler to exclude specific components by starting their names with an underscore ( _component) and enabling the Exclude “_” option when creating the BOM. Enabling the Selected only option when creating the BOM allows you to highlight the items you wish to include in the export but if you later change the visibility in the browser you may inadvertently change the items included. Even here the “wide leg” pairs were created by copying and then rotating the components rather than mirroring. Looking at the current design there are a couple of instances where I had to “Copy New” to allow the creation of drawer slides on the front face. Using “Copy” results in a single item in the BOM with the quantity incremented by 1, “Mirror” or “Copy New” both produce multiple items in the BOM, each with a quantity of 1, the same dimensions and different labels. Use “Copy” rather than “Mirror” or “Copy New” when duplicating components.Component names are important, they become the panel labels in the cut list so meaningful names are recommended.Getting the BOM out of Fusion…ĭesigning an item with a view to BOM production has a few “gotchas” of its own as I discovered to my cost – it took a number of iterations of both the Fusion design and BOM export to get the result I wanted.ĭownload the Fusion file if you wish to follow along… There are a few tricks to getting good results, but that’s what this article is about. But how to get a well laid out cut list for the tweaked design?Īs it turns out this was really easy, Fusion can export a BOM as a CSV with a free plugin from GitHub and with a little gentle persuading Cutlist Optimizer can import them. While looking at workbench designs for my soon-to-be-built space I stumbled on Suso’s Modular Workbench over at PS Woodworking ( well worth a visit – Suso has some really cool woodworking projects for the workshop) which I really liked but wanted to “fiddle with”, so I recreated it in Fusion 360. I found Cutlist Optimizer a while ago whilst designing my new workshop (also in Fusion 360 – trust me Fusion is not the best tool for designing buildings even wooden ones!). This article grew out of my experiences with BOM’s, cut lists, and sheet fitting solutions for me to use as a “Hobby Woodworker”. Those of you who read the PDO Community Fusion 360 Q & A may have spotted BOM’s – Am I missing something? The original question triggering my foray into BOMs and Panel Cutting. 3D Printer Review: Kingroon KP3S 3D Printerįeaturing the Fusion 360 BOM & Cutlist Optimizer ….3D Printer Review: MINGDA Magician X 3D Printer.3D Printer Review: Wizmaker P1 3D Printer with Voice Control.3D Printer Review: Artillery Sidewinder X2 3D Printer.What Type of Modeling is Autodesk Fusion?.Autodesk Fusion Beginner's Checklist - Updated 2024. Autodesk Fusion Hotkeys PDF - Updated 2024.However I can imagine this would require a different or modified boxfit algorithm (perhaps a one where an initial length is guesstimated and subsequently adjusted during backtracking passes) since the available length is currently a parameter for finding a solution. The parts would not just be placed side by side like in linear mode but distributed across the width to max stock efficiency. Instead of giving a width and a length of the stock like in sheet mode, you would give the parts dimensions and a width of the stock, but the stock length would be calculated based on the result of the placement of parts. (So the goal would be optimizing material efficiency from an "endless" material source ) Well actually, there's only one thing: it would be great if there could be a mix of the linear and sheet mode where parts are still optimally distributed across the width and length in a layout but at the same time the algorithm minimizes the needed length to place them.
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