Core Convergent Modeling
Unify Facet, Mesh & CAD Geometry in a Single Design Environment
Core Convergent Modeling in Siemens NX enables engineers to work seamlessly with facet (mesh) geometry and traditional CAD models in the same design environment. It eliminates the need for geometry conversion, allowing faster product development and simplified editing of scanned, optimized, or generative design models.
Designers can apply familiar feature-based modeling tools such as Boolean operations, Trim, Offset, Shell, Scale, Taper, Blend, and Chamfer directly to facet geometry. Convergent Modeling also supports assemblies, drafting, PMI, and downstream manufacturing workflows.
🧩 Hybrid Modeling
Combine mesh, facet, and B-Rep geometry in one integrated CAD model.
⚙️ Feature-Based Editing
Apply Boolean, Shell, Blend, Chamfer, Trim, and other NX features directly to mesh geometry.
🚀 Faster Workflow
Eliminate time-consuming geometry conversion and accelerate product development.
📐 Manufacturing Ready
Use convergent models in assemblies, drafting, PMI, simulation, and manufacturing processes.
Key Benefits
- Work with mesh and CAD geometry without conversion
- Edit scanned and topology-optimized models easily
- Use standard NX feature-based modeling tools
- Support additive manufacturing and reverse engineering
- Improve productivity and reduce design cycle time
- Enable seamless collaboration across engineering workflows