Fusion 360 Changing Dimensions of a Uploaded Shape

This postal service is a quick Fusion 360 CAM tutorial & introduction. We will look at how to create the start setup and a couple of the rocker arm paths. We will then open the completed toolpaths to run a simulation and postal service process.

fusion-360-cam-project

The rocker arm requires three setups to auto using 2.five axis machining techniques. We will create setup i and two of the toolpaths for the setup. Then we will open up a finished version to review all iii setups.

cam-project-setup-1

Setup 1

cam-project-setup-2

Setup ii

cam-project-setup-3

Setup 3

Upload Fusion 360 Information

Yous will use the data panel to upload a Fusion 360 design and CAM toolpaths. Click Open Data Panel to brandish the data console.

fusion-360-data-upload

Fusion uses projects to organize designs and related data. Select the desired projection from the drop-down, and so click Upload to select the files.

fusion-360-naming-convention

Click Select Files, then browse to the location where you downloaded the files attached to this postal service. Select rocker arm.f3d and rocker arm FINAL.cam360, then click Open. Click Upload to begin the upload process. The files are uploaded to your A360 hub.

A dialog is displayed to show the progress of the upload and translation process. Y'all can shut this dialog and proceed working in Fusion while the file processes.

fusion-360-uploading-progress

Get to the Fusion 360 CAM Workspace

When the upload is complete, the files are listed in the information panel. Close the Upload progress dialog.

Right-click on the thumbnail and select Open to open up the uploaded pattern.

fusion-360-cam-open-project

The rocker arm Fusion design is opened. We desire to create toolpaths on this 3D design. Click File > New Toolpath from Design.

new-toolpath-from-design

Create a Setup

You are taken to the CAM workspace with the rocker arm design loaded. The first footstep is to create a setup then define the stock size and orientation: Orient, the model as shown.

fusion-360-cam-rocker-arm-design

In the Browser, click Change Active units and select Inch.

change-active-units

Click Setup to define the stock size and orientation.

cam-stock-size

Click Stock Betoken, so select the upper right stock point to move the triad.

CAM13.png

Click the Caput of the blue arrow to flip it upwardly. Verify that the bluish arrow (Z-axis) is pointing up, the green arrow (Y-axis) is pointing to the correct, and the red arrow (Ten-axis) is pointing towards you lot.

CAM14.png

Click the Stock tab to define the stock size.

  • Modify Mode to Relative size box.
  • Stock Side Offset: 0.fifteen in
  • Stock Meridian Offset: 0.5 in
  • Stock Lesser Offset: 0.5 in

Click OK to finish the setup.

CAM15.png

Create a Face Performance

Now we will define ii toolpaths to show how this works in Fusion 360. Beginning by clicking the Face command.

CAM16.png

Click Select adjacent to Tool to pick the tool to use.

CAM17.png

Currently, the Windows and Mac interfaces for the tool library are unlike. Both libraries are shown below. Select the 2" Face Mill.

Windows:

CAM18.png

Mac:

CAM19.png

Click OK to cease the toolpath definition.

CAM20.png

Create a Clearing Performance

Click 2d Adaptive Clearing to begin defining the 2nd CAM toolpath.

CAM21.png

Click Select next to Tool to choice the tool to use.

CAM22.png

Select a Apartment Finish Factory with a 0.five in diameter and a Flute Length greater than 2 in.

Windows

CAM23.png

Mac

CAM24.png

Click the Geometry tab, so select Pocket Pick. Click the height outside border of the part.

CAM25.png

Click the Heights tab. Set up the Bottom Height to Model lesser, and so set the Commencement to -0.05 in.

CAM26.png

Click OK to complete the operation.

CAM27.png

Simulate CAM Toolpaths

At present we volition review the completed toolpaths, simulate the operations, and post the NC code. In the Data Panel, right-click on rocker arm Final and select Open up. This loads the rocker arm with the 3 completed setups.

CAM28.png

Orient, the model as shown and select Setup 1 in the Browser.

CAM29.png

Click Simulate.

CAM30.png

Enable Stock in the Simulate dialog box, then click the Start the Simulation button at the awarding's bottom. The operations in Setup 1 are simulated. You can step frontwards and back or change the speed of the simulation. Close the dialog box when washed.

CAM31.png

Select all 3 setups, and so click Post Process.

CAM32.png

Click OK to the warning nearly multiple WCS.

post-processor-alert

In the Post Process dialog box:

  • Prepare Post Configuration to haas.cps – Generic HAAS.
  • Set Program name or number to 1234.
  • Click OK
fusion-360-cam-post-processor

Enter 1234 in the Relieve As field and click Save to proper name the file.

Review the code in the NC Editor, then click Close.

You're done! In this mail service, we have:

  • Created a setup.
  • Created two toolpaths for that setup.
  • False the completed setups.
  • Generated the NC code for the toolpaths.

This should get you started with what's possible using the Fusion 360 CAM workspace.  Check the Fusion help site or cam.autodesk.com for more than information. Learn more near the Fusion 360 Machining Extension here.

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Source: https://www.autodesk.com/products/fusion-360/blog/getting-started-introduction-to-cam-and-toolpaths/

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