• Design for Manufacturing: Practical Tips for Engineers

    Design for manufacturing tips to reduce cost, simplify production, and improve quality. Learn practical DFM strategies engineers can apply early in design. Design for manufacturing is the discipline of ensuring a product can be built repeatedly, at quality, and at cost, before any chips are made or tooling is cut. By treating design for manufacturing…

    Manufacturing

  • ATL Technology Scales Design to Manufacturing Globally with Autodesk Fusion Cloud PLM

     ATL Technology, a global medical device engineering and manufacturing partner, scaled its operations and improved collaboration, data centralization, and manufacturing readiness by implementing Autodesk’s cloud PLM solution Fusion Manage.  Headquartered in Utah and with manufacturing facilities in Costa Rica, UK, and China, ATL Technology works with the world’s leading medical device companies to deliver comprehensive solutions, from early-stage design and development through prototyping, testing, regulatory…

    Case Studies
  • Surface Modeling in Autodesk Fusion

    Surface Modeling Software: Autodesk Fusion

    Check out this tutorial to understand surface modeling in Autodesk Fusion, how it relates to solid modeling, and its advantages.

    Getting Started

  • How Autodesk Fusion is Transforming Product Design and Manufacturing with AI

    Discover how AI in Autodesk Fusion improves product design, manufacturability, CNC workflows, and data security across the manufacturing lifecycle. For manufacturers, AI rapidly reshaping how products are designed, validated, and made. The real question isn’t whether it belongs in manufacturing,  it’s how to use it responsibly, securely, and at scale. Autodesk Fusion is at the…

    Fusion

  • 4-Axis Machining in Autodesk Fusion: Capabilities, Workflows, and When to Use It

    Explore 4‑axis machining in Autodesk Fusion, including indexed, wrapped, and simultaneous toolpaths, integrated CAD/CAM workflows, and CNC programming benefits. What is 4‑axis machining? 4‑axis machining expands traditional 3‑axis CNC machining by adding a rotary axis (A‑axis) that rotates around the X‑axis. This additional degree of motion allows for the machining features around cylindrical or wrapped…

    Advanced Manufacturing

  • Autodesk Fusion Electronics: Top Things You Need to Know

    Here are 18 things you should know about Fusion 360 electronics. Even if you’re already using the workspace, you may learn something new.

    Electronics Engineering

  • Connected Data: What Happens When Everyone Works From the Same Source of Truth

    Connected data keeps engineering, manufacturing, and supply chain aligned. See how PDM and PLM in Autodesk Fusion reduce rework and delays. In product development, most delays, errors, and cost overruns don’t come from bad ideas, they come from bad information flow. Files live in different systems, revisions become hard to track, and teams make decisions…

    Data management

  • AI in Manufacturing: How Artificial Intelligence Is Redefining Decision‑Making

    Discover how AI in manufacturing is transforming decision‑making. Learn how Autodesk Fusion uses AI to reduce risk, accelerate design, and improve outcomes. AI in manufacturing is no longer an emerging trend, it’s a fundamental shift in how decisions are made across design, engineering, and production. As product complexity increases and margins tighten, manufacturers are under…

    Thought Leadership

  • Design Without Limits with the Autodesk Fusion Design Extension

    Unlock advanced modeling, automation, and manufacturing‑aware design tools with the Autodesk Fusion Design Extension to create complex, high‑performance products faster. Every product team wants to move faster without sacrificing quality. More design flexibility. Fewer workarounds. Better confidence that what’s being designed can actually be manufactured. As products become more complex and performance expectations increase, traditional…

    Product Design & Engineering

  • Electronics Simulation: What It Is and Why Electronics Simulation Software Matters [2026 Update]

    Learn about the different types of electronics susimulation processes in this informative beginner’s guide.

    Electronics Engineering

  • Armadilla Brings Sustainable, Luxury Accommodations to Outdoor Experiences with Autodesk Fusion 

    With Autodesk Fusion, Armadilla is effectively scaling their business and the design and production of luxury modular accommodations. By switching from SketchUp to Fusion, the company cut project timelines from 6–8 months down to 6–8 weeks, reduced design cycles by about 80%, and now saves up to £1,400 per project in materials while also minimizing…

    Case Studies

  • Why Manufacturers Can’t Compete Without Connected Product Development

    Explore why connected product development matters and how Autodesk Fusion unifies CAD, CAM, and CAE to improve data integrity and manufacturing agility. As product development cycles accelerate and product complexity continues to rise, manufacturers can no longer rely on disconnected engineering workflows. Siloed systems slow innovation, introduce costly errors, and limit an organization’s ability to…

    Fusion

  • What are Autodesk Fusion Extensions?

    An overview of what Autodesk Fusion extensions we offer, what they can help you accomplish, and how to unlock their advanced capabilities.

    Getting Started

  • What CNC processes can be programmed with Autodesk Fusion for Manufacturing?

    Explore how Autodesk Fusion for Manufacturing supports CNC milling, turning, multi‑axis, cutting, probing, nesting, and additive workflows—all in one connected CAM platform. Modern machine shops rarely run “just one” kind of CNC work. A single job may require 2D profiling, 3D surfacing, drilling cycles, probing, and even a turn-mill handoff—all while keeping revisions in sync…

    Manufacturing

  • Enhanced CAM Capabilities in Autodesk Fusion Simplify High-Precision, Simultaneous 5-Axis Machining at Yutaka

    Ultra-high precision components in the sub-micron range are essential in fields like semiconductor production equipment and aerospace. Manufacturing these requires advanced machining techniques like simultaneous 5-axis machining, making not only cutting-edge equipment but also personnel proficient in software indispensable. Yutaka Co., Ltd., a precision machined parts manufacturer in Matsuyama, Ehime Prefecture, is tackling this with…

    Customer Stories