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See how it's now flush with the bottom of the stock?

This will make the bottom of your stock and model the same.īefore orientating your model within the stock.Īfter orientating your model. For example, in the Stock tab, click Model Position under Height, select Offset from Bottom, and enter 0”. You’ll want to orient the model within the stock to optimize your mill job and your fixturing strategy. Depending on the size of your stock and the CAM strategies you wish to use, you may want to align your model to the surface of your stock or offset it by some absolute amount. Model orientation: By default, Fusion 360 will place your model in the exact center of your stock. Naturally, the less material that needs to be cleared, the more efficient your toolpaths will be. When choosing the size of your stock, think about how much material is going to be cut away to machine your model. Measure your stock using digital calipers and enter the dimensions of your stock by entering exact values into the Width (X), Depth (Y), and Height (Z) boxes. This will allow you to adjust the dimensions of the stock. Stock size: Click the Stock tab and make sure that “Fixed size box” is selected for the Mode. The Stock tab sets up the dimensions of the piece of material (or “stock”) you’ll be milling. The Model tab sets the work coordinate system (WCS) for your model. A small panel will open three tabs: Model, Stock, and Post Process. Note: You can change the units used for a Fusion 360 design in “Browser” on the left side of the Fusion 360 window.īegin by clicking the Setup menu in the toolbar and select New Setup. CAM can be broken up into two parts: stock setup and toolpaths.Īt a minimum, you’ll need to specify three things to set up your stock: To start programming your CAM, click on the Change Workspace button in the top left corner of Fusion 360 and select the Manufacture workspace. If you have further questions about importing our Fusion 360 tool library or you want to create your own library with custom speeds and feeds recipes, we suggest starting with this Fusion 360 support guide. spindle speed range, max traverse speed, etc.). This is because each Bantam Tools Milling Machine has different specifications (e.g. Each of our CNC machines have Fusion Tool Libraries that come with speeds and feeds recipes that are specific to the mill. Now you’ll be able to select tooling with speeds and feeds specific to your Bantam Tools Milling Machine.

In the top right corner, select Import Libraries and then select the Bantam Tools’ Tool Library file.

A window will pop up that looks like the screenshot below.

In the Tool tab, click the Select button.

Launch Fusion 360, if you haven’t already.

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Download the Fusion 360 Bantam Tools Tool Library.

Here are the steps to import our tool library into Fusion 360: This tool library includes default speeds and feeds recipes that we’ve tested extensively for the tooling we carry in our store. We’ve created a downloadable tool library for our desktop CNC machines. Importing the Tool Library into Fusion 360

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Setting up G-code Files in the Bantam Tools Software (49:16).

Simulating Toolpaths and Utilizing the Comparison Tool (45:22).Machining Parameters (speeds, feeds, stepdown, and stepover) (20:57).Setup & Stock in the Manufacturing Workspaces (11:39).

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Post Processing & Types of Code (10:39).

To familiarize yourself with navigating the Manufacturing workspace in Fusion 360 (where you’ll program your CAM), check out this Autodesk livestream. For more info about working in Fusion 360’s Design workspace, see our Fusion 360 Workflows: Designing in CAD support guide.

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Note: You can download a free trial of the software for professional use or the free version for personal use.īefore you can program your CAM, you’ll need to design your CAD model.

Post process your toolpaths to generate G-code files.

Import a custom tool library into Fusion 360.

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In this support guide, you'll learn how to And the best part is that the G-code it generates can be imported right into our Bantam Tools Desktop Milling Machine Software. Fusion 360 also allows you to share your design files with other users in the community. It’s a cloud-connected system that enables you to model your design via CAD (computer-aided design) and program your CAM (computer-aid manufacturing) in one place, across multiple devices. While it can seem daunting at first, Fusion 360 is an amazing tool.