Autodesk Inventor Nesting 2025 -

Set the allowable parameters for your parts. You can dictate whether a part can be rotated (90, 180, or 270 degrees) or mirrored. For parts with directional finishes, restrict rotation to 180 degrees to lock the grain direction. Step 5: Generate and Analyze the Nest

Are you looking to integrate this with a specific (e.g., laser, waterjet, wood router)?

Define the actual dimensions of the raw sheets or rolls you buy from suppliers. You can input sheet length, width, cost, and grain direction constraints. Step 4: Define Nesting Properties

Choose your template (Standard templates define default measurement units like inches or millimeters). Step 3: Configure Material Providers and Packaging Autodesk Inventor Nesting 2025

Importing legacy 2D geometry into the nesting environment is smoother, automatically identifying closed profiles and ignoring text or dimension layers. Step-by-Step Workflow: Creating a Nesting Study

Leveraging the Autodesk Fusion ecosystem, the 2025 release enhances connectivity:

Previous versions relied heavily on classic heuristic algorithms. With , Autodesk has integrated advanced machine learning models that analyze part geometry before placing it. Users report a 15-20% reduction in calculation time for complex assemblies involving over 500 parts. The AI recognizes "like shapes" and rotates them into optimal positions instantly, rather than brute-forcing every permutation. Set the allowable parameters for your parts

You can nest multi-body sheet metal parts directly. The tool automatically detects separate bodies and flattens them into the nesting study. 3. Material and Packaging Optimization

Another solution is , which is a more specialized tool for the HVAC and ductwork industry. It has its own nesting engine tailored to the specific shapes and requirements of ductwork fabrication.

The 2025 edition of Inventor Nesting brings several updates aimed at computational speed, user experience, and tighter integration with downstream CAM (Computer-Aided Manufacturing) tools. Step 5: Generate and Analyze the Nest Are

Tracking and utilizing irregular leftover sheets is more intuitive, reducing the accumulation of physical scrap in the shop.

Review the extracted material providers. If the software detects "Steel - 2mm" and "Aluminum - 3mm", it will separate them. Input your physical sheet dimensions (e.g., 4x8 feet or 1500x3000 mm) and specify the required trim margins around the edges of the sheet. Step 4: Configure Part Properties

I can provide specific configuration tips based on your setup. Share public link

What do you use? (e.g., CNC router, fiber laser, waterjet)