Material remnant (leftover sheet pieces) management has been overhauled. Inventor Nesting 2025 now supports . Instead of using generic rectangles, the software can digitally "scan" an irregular leftover sheet using a camera or manual tracing, import that shape, and nest new parts onto it. This feature alone can increase material ROI by 8–12% for job shops.
A perfect nest is only valuable if it can be easily manufactured. Inventor Nesting 2025 provides smooth export paths to bridge design with physical fabrication. Inventor CAM Tighter Integration
Estimators can run nesting studies before ordering material, allowing them to bid on jobs with precise material costs. Autodesk Inventor Nesting 2025
Despite its limitations, Inventor Nesting 2025 delivers significant value for its target audience:
Click File > New and navigate to the Nesting folder. Select the Standard.inest template. Material remnant (leftover sheet pieces) management has been
Create toolpaths (laser, waterjet, plasma, or milling) directly inside the same environment.
In the world of manufacturing, the most expensive sound isn’t a crash or a siren. It’s the thud of a full sheet of plywood, steel, or carbon fiber hitting the scrap bin. This feature alone can increase material ROI by
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
Click to run the algorithm. The software generates visual layouts of your sheets. Review the efficiency percentages. If a sheet has low utilization, you can manually add filler parts to maximize the run. Step 6: Export to CAM or DXF Once satisfied, you can bridge the gap to production: