Do you work mostly with or single multi-body parts ?
But the 2025 version isn't just an incremental update. It’s a quiet revolution in how engineers and fabricators bridge the gap between 3D design and 2D cutting.
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 Autodesk Inventor Nesting 2025
: The utility arranges completely different parts on standard or custom material sheets, balancing part-to-part spacing and edge-distance margins. Key Workflows and Integration
Ensure your sheet metal parts have correctly defined flat patterns. For non-sheet metal components, like wooden panels or plastic plates, define the extrusion direction so the software knows which face to lay flat. Step 2: Initialize the Nesting Utility Do you work mostly with or single multi-body parts
Because it is intuitive and lives inside Inventor, designers can quickly test "what-if" scenarios, determining how part layouts affect material costs before the design is finalized.
Once the nest looks good, you need to get the data to the machine. You can nest multi-body sheet metal parts directly
In traditional manufacturing pipelines, the design process and the nesting process often occurred in separate software environments. A designer would create a 3D model, unfold the sheet metal, and export it as a DXF, only for a manufacturing engineer to re-import it into a separate, often complex, standalone nesting package.
Track and input leftover sheet remnants back into your material library for future projects.