Create a Clearing OperationĬlick 2D Adaptive Clearing to begin defining the second CAM toolpath. Select the 2” Face Mill.Ĭlick OK to finish the toolpath definition. Start by clicking the Face command.Ĭlick Select next to Tool to pick the tool to use.Ĭurrently, the Windows and Mac interfaces for the tool library are different. Now we will define two toolpaths to show how this works in Fusion 360. Verify that the blue arrow (Z-axis) is pointing up, the green arrow (Y-axis) is pointing to the right, and the red arrow (X-axis) is pointing towards you.Ĭlick the Stock tab to define the stock size.Ĭlick OK to finish the setup. In the Browser, click Change Active units and select Inch.Ĭlick Setup to define the stock size and orientation.Ĭlick Stock Point, then select the upper right stock point to move the triad.Ĭlick the HEAD of the blue arrow to flip it up. The first step is to create a setup then define the stock size and orientation: Orient, the model as shown.

You are taken to the CAM workspace with the rocker arm design loaded. We want to create toolpaths on this 3D design. Right-click on the thumbnail and select Open to open the uploaded design. When the upload is complete, the files are listed in the data panel. You can close this dialog and continue working in Fusion while the file processes. The files are uploaded to your A360 hub.Ī dialog is displayed to show the progress of the upload and translation process. Click Upload to begin the upload process. Select rocker arm.f3d and rocker arm FINAL.cam360, then click Open. Select the desired project from the drop-down, then click Upload to select the files.Ĭlick Select Files, then browse to the location where you downloaded the files attached to this post. Click Open Data Panel to display the data panel.įusion uses projects to organize designs and related data. You will use the data panel to upload a Fusion 360 design and CAM toolpaths. Then we will open a finished version to review all three setups. We will create setup 1 and two of the toolpaths for the setup. The rocker arm requires three setups to machine using 2.5 axis machining techniques. We will then open the completed toolpaths to run a simulation and post process. We will look at how to create the first setup and a couple of the rocker arm paths. This post is a quick Fusion 360 CAM tutorial and introduction.

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