Autodesk Inventor Nesting 2025 [updated]
In the heart of a bustling manufacturing floor, Arthur, a seasoned shop manager, stood before a stack of expensive stainless steel sheets. The deadline for the "Titan Project"—a massive assembly of complex components—was looming, and the pressure to reduce waste was higher than ever.
- High-Efficiency Packing: The software evaluates millions of potential layouts to find the tightest fit, reducing "air cutting" and scrap.
- TrueShape Nesting: The software accounts for the actual geometry of the parts (not just bounding boxes), allowing for intricate interlocking of complex shapes.
- Common Cutting: Supports shared edge cutting and chain drilling to reduce pierce points and cutting time, extending consumable life on laser and plasma machines.
The software now analyzes your part library in batches: Autodesk Inventor Nesting 2025
- Native flat pattern extraction directly from Inventor sheet‑metal models with metadata (thickness, material, finish).
- Improved interoperability with Autodesk Fabrication/CAM products and Autodesk Fusion/ProdOps ecosystems.
- Support for nested assemblies via iLogic-driven automation and Inventor parameters for batch nesting.
- Built‑in or bundled basic nesting utility for light users; support for third‑party plugins (SigmaNEST, NestingWorks, Lantek, Alma) for advanced strategies.
- Enhanced remnant tracking across jobs and dynamic stock pools tied to inventory.
- API/hooks for automation: run nests from scripts or PLM triggers, export reports to ERP.
- Material‑aware nesting honoring grain directional constraints and heat‑treatment considerations.
Dynamic Remnant Mapping
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. In the heart of a bustling manufacturing floor,
In the heart of a bustling manufacturing floor, Arthur, a seasoned shop manager, stood before a stack of expensive stainless steel sheets. The deadline for the "Titan Project"—a massive assembly of complex components—was looming, and the pressure to reduce waste was higher than ever.
- High-Efficiency Packing: The software evaluates millions of potential layouts to find the tightest fit, reducing "air cutting" and scrap.
- TrueShape Nesting: The software accounts for the actual geometry of the parts (not just bounding boxes), allowing for intricate interlocking of complex shapes.
- Common Cutting: Supports shared edge cutting and chain drilling to reduce pierce points and cutting time, extending consumable life on laser and plasma machines.
The software now analyzes your part library in batches:
- Native flat pattern extraction directly from Inventor sheet‑metal models with metadata (thickness, material, finish).
- Improved interoperability with Autodesk Fabrication/CAM products and Autodesk Fusion/ProdOps ecosystems.
- Support for nested assemblies via iLogic-driven automation and Inventor parameters for batch nesting.
- Built‑in or bundled basic nesting utility for light users; support for third‑party plugins (SigmaNEST, NestingWorks, Lantek, Alma) for advanced strategies.
- Enhanced remnant tracking across jobs and dynamic stock pools tied to inventory.
- API/hooks for automation: run nests from scripts or PLM triggers, export reports to ERP.
- Material‑aware nesting honoring grain directional constraints and heat‑treatment considerations.
Dynamic Remnant Mapping
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.
