Discover five powerful updates in Autodesk Fusion that help designers, engineers, and manufacturers work more efficiently. See how the September 2026 release streamlines modeling, sheet metal design, CNC programming, and model-based manufacturing workflows.

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Every product team feels the pressure to move faster without sacrificing quality. Yet too much time is often lost to disconnected tools, rework, manual processes, and repetitive setup tasks.

The September 2026 Autodesk Fusion update focuses on reducing those everyday bottlenecks. From more predictable modeling and smarter sheet metal workflows to streamlined CNC programming and model-based manufacturing information, these enhancements help teams spend less time troubleshooting and more time designing, engineering, and building products.

Whether you’re evaluating a new product development platform or looking for ways to improve efficiency across design and manufacturing, these five updates show how Fusion continues to bring more of the product development process together in a single environment.

1. More predictable lofts for closed profiles

Creating lofts between closed profiles can sometimes require additional adjustments to achieve the intended result. The latest update improves how Fusion handles profile matching and orientation, helping produce more consistent loft results with less manual intervention.

Why it matters

• Spend less time adjusting lofts and troubleshooting unexpected geometry
• Reduce reliance on guide rails and profile reordering in many scenarios
• Create complex surfaces more efficiently
• Improve consistency across similar designs

For industrial designers, engineers, and surfacing specialists, this means a smoother path from concept to finished geometry.

2. Faster sheet metal design with fewer workarounds

Sheet metal teams often face manual steps that slow down design-to-fabrication workflows. The September release introduces several enhancements designed to make creating production-ready parts more efficient.

Join by bend

Fusion can now create a bend between compatible sheet metal bodies, helping eliminate manual remodeling when combining separate parts.

Benefits:

• Faster creation of connected sheet metal designs
• Automatic use of active sheet metal rule settings
• Greater consistency across manufacturable parts

Enhanced corner closure controls

Updated corner closure capabilities provide additional flexibility for overlap scenarios, giving designers more control over how flanges meet.

Dedicated sheet metal fillet and chamfer tools

New tools within the Sheet Metal workspace help simplify edge selection and reduce the chance of applying operations to unintended geometry.

Benefits:

• Faster detail work
• Reduced modeling errors
• More fabrication-friendly designs

Together, these enhancements help shorten the path from design to manufacturing

3. Turn supplier tool models into usable tool holders

For CNC programmers, preparing accurate tool holder geometry can be a time-consuming part of setup. Fusion now supports creating milling tool holders directly from imported manufacturer models.

Why it matters

• Reduce manual recreation of holder geometry
• Improve the accuracy of collision checking
• Accelerate setup for new tooling
• Save reusable holders to your library for future projects

Rather than spending valuable programming time rebuilding supplier data, teams can focus on machining strategy and part quality.

4. Polar machining included in core Fusion

Many mill-turn machines face limitations based on available axis travel. Polar machining provides another approach for reaching features by utilizing rotary motion in compatible operations.

Benefits

• Access areas that may be difficult to reach with linear motion alone
• Help address machine travel limitations on certain parts
• Reduce programming workarounds
• Expand machining flexibility across compatible mill-turn workflows

For manufacturers seeking to get more from existing equipment, this capability can help unlock additional machining possibilities without adding software complexity.

5. Bring manufacturing information directly into the model

Modern manufacturing increasingly relies on the 3D model as the source of truth. Fusion’s Product Manufacturing Information (PMI) capabilities help keep manufacturing intent connected to the design throughout the product development process.

Automated hole and thread documentation

Fusion can automatically generate detailed annotations for holes and threaded features, including information such as:

• Dimensions
• Depths
• Thread specifications
• Tolerances
• Counterbore and countersink details

Manufacturing notes attached to geometry

Designers can attach important manufacturing instructions directly to model geometry, helping improve communication between teams.

Connected design-to-manufacturing workflows

PMI can be leveraged in downstream manufacturing workflows, reducing the need to recreate critical information across separate systems.

For organizations moving toward model-based definition (MBD), this represents another step toward reducing documentation gaps and maintaining alignment between engineering and production.

Additional enhancements for electronics and data management

This release also includes several updates for electronics design and data management workflows, including:

Electronics

• Bus authoring enhancements for hierarchical designs
• Expanded control over plated through holes
• Improved component metadata management
• Net route functionality for schematic workflows

Data management

• Expanded Fusion Home capabilities
• More flexible item management
• Improved navigation for teams working across projects and permissions

Why this matters for growing product teams

The most significant takeaway from the September 2026 update isn’t any single feature. It’s the continued effort to remove friction across the entire product development process.

Instead of forcing teams to jump between disconnected design, manufacturing, electronics, and data management tools, Fusion continues to bring more workflows together in a unified platform.

The result is fewer manual handoffs, less duplicate work, and faster iteration cycles.

For companies evaluating CAD, CAM, electronics, and manufacturing solutions, these updates reinforce a key advantage of Fusion: the ability to design, engineer, manufacture, and collaborate within a connected environment that helps teams move from idea to production more efficiently.