• 3-Axis vs. 5-Axis Machining: How to Choose Based on Part Geometry, Not Just Cost

    Choosing between 3-axis vs. 5-axis machining isn’t just about machine cost. Learn how part geometry, setup requirements, and manufacturing goals influence the right CNC strategy and how Fusion for Manufacturing helps support each approach. When manufacturers compare 3-axis and 5-axis machining, the conversation usually starts with machine cost. Five-axis machines require a larger investment, so…


  • What’s New and Next for Fusion Manufacturing: 5 Announcements from IMTS and Autodesk University 

    Explore five major Fusion manufacturing developments, including machine simulation, CAM automation, System Modeler, local data options, and Fusion Compute MCP. IMTS and Autodesk University brought plenty of news for manufacturers this year. If you didn’t catch every announcement, demo or roadmap session, here’s a look at some of the biggest developments and what they tell…


  • Product Manufacturing Information Comes to Fusion: Keep Manufacturing Intent with the Model 

    Understand PMI in Fusion, including Manufacturing ready hole notes, thread annotation and leader note creation. Keep manufacturing intent connected to the model from design through manufacturing.  Manufacturing runs on more than geometry. The details that determine whether a part is made correctly, inspected accurately, and delivered on time often live beyond the model itself: tolerances, thread…


  • 8 Practical Ways to Automate Your Fusion Workflow with Autodesk Assistant

    Autodesk Assistant has become one of the most useful tools in Fusion because it helps automate the small, repetitive tasks that slow down everyday work. Across design, manufacturing prep, sheet metal, and electronics, the workflow is simple: describe what you need in plain language, then let Assistant handle the tedious part.  We pulled together eight…


  • Fusion for Manufacturing vs. Standalone CAM: When the All-in-One Approach Wins

    Should you choose an integrated CAD/CAM platform or a standalone CAM solution? Learn how Fusion for Manufacturing delivers faster workflows, fewer errors, and better collaboration. For decades, manufacturers have accepted a certain amount of friction between design and manufacturing. Engineers create CAD models. CAM programmers import those files into separate software. Design changes arrive late.…


  • Simplify CNC Milling Programming in Fusion with Autodesk Assistant

    Learn how Autodesk Assistant in Fusion simplifies milling setup creation, tool selection, and toolpath programming through natural language guidance. Reduce setup time and accelerate CAM learning. Getting started with CAM programming can feel intimidating. Even experienced machinists occasionally spend valuable time configuring setups, selecting tools, and navigating numerous parameters before cutting the first chip. Autodesk…


  • Your Machines Are Capable of More. The Autodesk Fusion Manufacturing Extension Unlocks It

    Unlock advanced CNC, multi‑axis machining, and automated workflows with the Autodesk Fusion Manufacturing Extension. Reduce programming time and get more from your machines. Who doesn’t want to get more out of their machines? More throughput. Better surface quality. Fewer setups. Greater confidence on the shop floor. As parts become more complex and customer expectations continue…


  • CNC Deburring: How Autodesk Fusion for Manufacturing Eliminates Manual Finishing Bottlenecks

    Learn how CNC deburring in Autodesk Fusion for Manufacturing replaces manual finishing with programmable, consistent deburr toolpaths. A part is complete when the last toolpath runs. Burrs, small, sharp imperfections left behind after cutting, can compromise fit, function, safety, and surface quality. For many manufacturers, deburring remains one of the most time‑consuming and inconsistent steps…