Amplify Your Inventor CAM Capabilities: 3+2 v 5-Axis Machining
For decades, machined parts have been made using conventional 3-axis milling machines, and using these machines' traditional X, Y, and Z movement is still the most popular way to produce parts in the machining industry. Later, fourth and fifth-axis capabilities were added. While adding two new axis capabilities to a conventional 3-axis machine technically creates a machine with five axes, not all five-axis machines have the same capabilities.
This webcast covers everything you need to know about the differences between 3+2 and 5-Axis machining using Autodesk® Inventor® CAM and the Fusion 360® Machining Extension.
Timestamps
0:00 – Introduction
2:49 – 3-Axis Machining
9:12 – 3+1 Axis Machining
15:45 – 3+2 Axis Machining
22:10 – 4-Axis Machining
28:22 – 4+1 Axis Machining
33:43 – 5-Axis Machining
55:30 – Trivia
56:55 – Q&A
Related Blog Posts
► Top Five Fusion 360 Workflows for Inventor Users: https://blog.hagerman.com/top-five-fu...
► Unleash Your Design Potential with the New Autodesk Inventor 2024: https://blog.hagerman.com/unleash-you...
► Top 10 Powerful Enhancements to Autodesk Fusion 360: https://blog.hagerman.com/top-10-powe...
Additional Resources
► Autodesk Inventor Level 1 Training Course: https://www.hagerman.com/training-sup...
►Autodesk Fusion 360 Design New User Training Course: https://www.hagerman.com/training-sup...
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