Workflow (typical)
The 2025 version brings significant upgrades to processing speed, user interface design, and multi-tool manufacturing workflows. 1. Multi-Sheet Nesting and Inventory Management
While previous versions used geometric heuristics, introduces a lightweight machine learning model trained on millions of nesting scenarios. Siemens Solid Edge 2D Nesting 2025
Before nesting, understand these terms:
As manufacturing demands continue to speed up, the gap between designing a part and cutting material needs to be virtually non-existent. For sheet metal fabricators and manufacturers, efficiency isn't just about speed—it’s about material utilization. Every scrap piece of metal left on the cutting table is money thrown away. You begin with standard Solid Edge part models (
You begin with standard Solid Edge part models (.par or .asm). Using the new "Flatten for Nesting" command, the software automatically suppresses bends, holes, and hardware, exporting a true flat pattern to the Nesting environment.
Export DXF, NC code, or directly to your CNC post-processor via the Solid Edge CAM Pro integration. the nesting project flags the change
At its core, 2D nesting is the process of arranging multiple two-dimensional shapes (such as part flat patterns) on a single sheet of raw material in the most space-efficient manner possible. The goal is to minimize waste (often called "scrap" or "tailings") and maximize the number of parts produced from a single sheet, thereby reducing material costs and the environmental impact of production.
Choose from standard warehouse inventory or enter custom sheet dimensions, including grain directions for wood or brushed metals.
If a design engineer modifies a part's geometry in the 3D model, the nesting project flags the change, allowing the user to update the nest layout instantly. Step-by-Step Workflow
for CNC programming or exported back into Solid Edge to create detailed drawings and reports. Enhancements in the 2025 Ecosystem