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Autodesk Inventor Nesting is a CAD-embedded sheet metal nesting software designed for manufacturers, fabrication shops, and mechanical engineers. Working directly inside the Autodesk Inventor interface, it automatically optimizes the layout of 3D parts onto flat raw sheets of material to maximize material yield and reduce waste before flat patterns are sent to CNC cutting machines (laser, plasma, waterjet, or routers).
Instead of using disjointed external nesting tools, Inventor Nesting allows you to bridge the gap between 3D engineering designs and CNC sheet fabrication smoothly.
Geometry Optimization: Unlike simple bounding-box nesting, the software calculates the actual, complex geometry of parts to pack them as tightly as possible.
Part-in-Part Nesting: Automatically places smaller components inside the vacant internal cutouts or holes of larger parts, dramatically reducing material scrap.
Automatic Updating: Because it is completely integrated into Inventor, if you modify the dimensions or features of a 3D part file, the nested layout automatically reflects those changes.
Multi-Source Support: Seamlessly handles multi-body sheet metal parts, sheet metal sheet assemblies, standard sheet solids, and even imported, flat 2D .dxf or .dwg profiles.
Material Grouping: Automatically reads the thickness and material properties from your Inventor models and correctly separates them onto separate sheets (e.g., separating 2mm Aluminum from 5mm Steel).
Grain Direction Controls: Restricts part orientation (e.g., allowing 90°, 180°, or free rotation) to match the grain direction of materials like brushed stainless steel, wood, or composites.
Direct CAM Toolpathing: Easily outputs nested layouts to Inventor CAM (formerly HSM) to generate localized G-code toolpaths, or exports clean .dxf profiles for third-party CNC software.
Efficiency Reporting: Generates detailed nesting summaries mapping out the exact material efficiency percentage, total sheet count, remnant areas, and job cost estimates.
Because Inventor Nesting functions as an add-on utility operating directly inside the native CAD canvas, its hardware configurations scale relative to the size of your assemblies.
| Component | Minimum Requirement | Recommended Specification |
| Operating System | 64-bit Microsoft® Windows® 11 or 10 | Latest 64-bit Microsoft® Windows® 11 |
| CPU Architecture | 2.5 GHz or greater multi-core processor | 3.0 GHz or greater with 4 or more cores (A faster single-core clock speed heavily speeds up nested geometry calculation loops) |
| Memory (RAM) | 16 GB RAM (for nested sheets containing small part counts) | 32 GB RAM or more (Highly recommended if calculating true-shape nests with hundreds of intricate sheet metal parts) |
| Graphics Hardware | 2 GB GPU with 29 GB/s bandwidth, DirectX® 11 compliant | 8 GB GPU with 106 GB/s bandwidth, DirectX® 11 or higher compliant |
| Display Resolution | 1280 x 1024 | 3840 x 2160 (4K display for high-fidelity interface layouts) |
| Disk Space | 40 GB free space (Covers the full core application framework) | High-speed NVMe / Solid-State Drive (SSD) for quick component caching |
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