Category: Fusion

Discover how cloud-based PLM, like Autodesk Fusion, empowers manufacturers with secure, scalable collaboration, real-time visibility, and simplified lifecycle management. As more manufacturing organizations have distributed teams and remote workers, reliability and security are more important than ever. This shift is driving small and midsize manufacturers to adopt cloud-based PLM, which reduces the burden on internal…

Transform furniture manufacturing with integrated technology—streamline design, automate production, and boost profitability for a competitive edge. The furniture industry is undergoing a profound transformation. Today’s customers expect more than just attractive products. They want personalization, sustainable materials, and rapid delivery, all at competitive prices. For manufacturers, these demands present both a challenge and an opportunity:…

Discover the Autodesk Fusion Connector for Synera: automate design updates, optimize workflows, and unlock agentic AI with Fusion and Synera.  The Autodesk Fusion Connector for Synera brings unparalleled integration and automation to the world of manufacturing. Fusion, Autodesk’s industry cloud for manufacturing, is designed to connect and expand engineering processes by integrating seamlessly with other tools and platforms.   Now, with the powerful capabilities of Synera’s agentic AI,…

Autodesk Assistant represents the next major step in Autodesk’s AI evolution—a conversational, generative AI experience designed to work naturally within the tools you use every day.

See how Dark Dragons Astronomy leverages Autodesk Fusion to power its remote, automated observatories across the U.S. 

Phil Eichmiller, Fusion QA Engineer explains how to use planar joints with tangent constraints in Fusion to create smooth, realistic assembly motion. If you’ve ever struggled to get parts in your Fusion assemblies to move the way you expect, you’re not alone. Constraining components for realistic motion can feel tricky, especially when sliding or rolling…

Learn how to speed up thermo-mechanical additive process simulation by an order of magnitude. Additive process simulation uses first principle physics to predict how a metal 3D printing process behaves. It outputs the full temperature history of a selective melting process, as well as the deformation that those temperatures cause at each time during and…

At AU 2025, the Autodesk team encountered a challenge that showcased the power of collaboration, reverse engineering, and rapid prototyping—achievable through Autodesk Fusion and Prusa 3D printers.