What’s New in Solid Edge – NX Data Migration & AI Tools

Many organizations operate in hybrid CAD ecosystems where complex multidisciplinary tools coexist with design-focused solutions. NX supports advanced multi-domain engineering, while Solid Edge delivers efficient core mechanical design functionality at a lower total cost of ownership.

Understanding when to use each platform helps organizations optimize licensing investments while maintaining performance and productivity. The session explains how companies can strategically transition workloads without sacrificing modeling capability.

Key Takeaway: Choosing the right CAD tool for the right workload reduces cost while maintaining design efficiency.

Before migrating, it is critical to evaluate NX PRT files, assemblies, and drawings to understand what data is embedded. Since NX uses a unified file structure, reviewing modeling, drafting, and assembly environments ensures complete and accurate transfer.

Proper preparation—such as activating components and confirming visibility—prevents missing geometry and improves migration results inside Solid Edge.

Key Takeaway: Proper NX data preparation ensures a smooth and accurate migration process.

Solid Edge allows users to directly open NX PRT files without external translators. This quick method converts NX geometry into Solid Edge-compatible parts and assemblies while maintaining hierarchy structure.

This approach is ideal for fast conversions when associative links are not required and when users want immediate access to usable geometry.

Key Takeaway: Direct file opening provides fast, straightforward geometry conversion.

The Insert Part Copy method embeds NX data associatively into Solid Edge. This allows updates made in NX to reflect automatically in Solid Edge until the link is intentionally broken.

This method provides flexibility for teams that require continued collaboration between NX and Solid Edge environments.

Key Takeaway: Associative linking enables controlled collaboration between NX and Solid Edge.

CAD Direct brings entire NX assemblies into Solid Edge as internal components without immediately saving individual files to disk. It preserves assembly hierarchy, colors, and structure.

Users can later publish selected components or break links as needed, offering granular control over large system migrations.

Key Takeaway: CAD Direct offers scalable, controlled migration for complex assemblies.

Since NX drawings cannot be directly opened in Solid Edge, exporting them as DWG or DXF provides a reliable alternative. These files can be imported into Solid Edge’s draft environment.

Although geometry and annotations transfer successfully, views must be reassociated to Solid Edge 3D models for full intelligence.

Key Takeaway: DWG/DXF export enables legacy drawing preservation during transition.

Solid Edge 2026 introduces automatic AI drawing generation that creates detailed drawing views and dimensions with a single command. The system analyzes part geometry and auto-generates manufacturing-ready drawings.

This dramatically reduces detailing time and accelerates documentation workflows.

Key Takeaway: AI-driven drawing creation saves significant engineering time.

The Advanced PMI add-on allows automatic feature recognition and intelligent dimension placement directly inside the 3D model. Recognized holes, patterns, and geometry can be converted into editable Solid Edge features.

PMI data can then be reused in drawings, eliminating redundant manual dimensioning.

Key Takeaway: Intelligent PMI automation streamlines both modeling and drafting processes.

Solid Edge enables retrieval of PMI dimensions directly into draft views, ensuring drawings remain associative with 3D models. This eliminates rework and improves accuracy when design changes occur.

The integration between model and drawing enhances traceability and reduces detailing effort.

Key Takeaway: Associative drafting improves accuracy and reduces manual work.

After migration, teams must validate assembly constraints, materials, mass properties, and drawing associations. Since materials and metadata may not automatically transfer, manual verification ensures accuracy.

Final optimization ensures that the new Solid Edge models are production-ready and fully aligned with engineering standards.

Key Takeaway: Post-migration validation ensures design integrity and production readiness.