Including fixture or work holding devices is a good option, especially when using multi-axis toolpaths. Importing and using this geometry lets us add additional collision checking and validation before ever cutting chips. In this lesson, we’ll create a new CAM setup and use a probe operation to set G55 X and Y locations in addition to roughing and finishing off the back side of our multi-axis part.



After completing this lesson, you'll be able to:


Demonstrate how to create a probe operation.
Use Simulate to validate material removal of multiple setups.






After this lesson, you'll be able to:


Use Generate to rebuild toolpaths.
Create a new CAM setup for milling.




Computer Numerical Controlled machines, or CNC for short, can have a nearly endless number of options. Most machines today control tool motion in 3-axes, X, Y and Z, but can be upgraded to include a 4th or 5th axis as well, A and B. Additionally, there are many machines on the market that are already 5-axis capable. The good news is that Autodesk® Fusion 360™ has you covered if you need to control multi-axis positioning or simultaneous motion in all 5 axes at once.


After this course, you'll be able to:


Recognize multi-axis geometry.
Identify 3+2 vs. Simultaneous machining.
Practice the application of multi-axis toolpaths.










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This work, "Multi Axis CNC Toolpath", is a derivative of " https://academy.autodesk.com/ ".This course is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License " http://creativecommons.org/licenses/b... "