SOLIDWORKS 2026 AI – Assembly Optimization

SOLIDWORKS 2026 introduces AI-powered Assembly Optimization through the LEO Mechanical Designer. This feature analyzes large assemblies, identifies performance bottlenecks, and recommends practical actions to reduce rebuild time, simplify assembly structure, and improve overall CAD performance. It helps engineers spend less time troubleshooting and more time designing.

SOLIDWORKS 2026 AI – Assembly Optimization

What's New in SOLIDWORKS 2026 AI

  • LEO Mechanical Designer AI assistant integrated inside SOLIDWORKS.
  • Assembly Performance Analysis.
  • Assembly Structure Generation.
  • Assembly SpeedPak Generation.
  • Hole Creator assistance.
  • Assembly Simplification recommendations.
  • Context-aware AI suggestions directly inside the CAD environment.

Assembly Optimization

Assembly Optimization analyzes the active assembly and provides recommendations to improve rebuild speed and assembly efficiency. The AI identifies heavy components, mate complexity, and rebuild bottlenecks before suggesting optimization techniques.

Step 1 – Launch SOLIDWORKS AI

Open Explore SOLIDWORKS AI from the toolbar and launch LEO Mechanical Designer.

Explore SOLIDWORKS AI menu

Step 2 – Select Assembly Optimization

Choose the Assembly Optimization category. Prompt templates such as 'Why is my assembly slow?' are available.

LEO Mechanical Designer categories.

Step 3 – Run AI Analysis

Ask the AI to analyze assembly performance. It evaluates rebuild time, mates, graphics generation and assembly structure.

Run AI Analysis

Step 4 – Review AI Recommendations

Read the recommendations. In the example, AI reports a rebuild time of 0.412 seconds and suggests simplifying the top-level assembly by reducing components or mates and breaking it into subassemblies.

AI analyzes assembly performance

Step 5 – Apply Optimization

Implement the recommendations, rebuild the assembly and validate the performance improvement.

AI recommendation to optimize rebuild performance

Key Benefits

  • Faster rebuild performance
  • Reduced assembly complexity
  • Improved graphics regeneration
  • Better large assembly management
  • Reduced engineering time
  • Higher productivity
  • Improved collaboration for complex machine assemblies

Best Use Cases

• Large manufacturing assemblies
• Conveyor systems
• Automation machines
• Packaging machines
• Plant layouts
• Heavy equipment

Conclusion

Assembly Optimization is one of the most practical AI enhancements in SOLIDWORKS 2026. Instead of manually investigating rebuild bottlenecks, engineers can use LEO Mechanical Designer to obtain actionable recommendations. This results in faster design iterations, improved model quality, and higher productivity for teams working with large assemblies.

Ready to Experience SOLIDWORKS 2026 AI?

Contact SIMTEK for a live demonstration and discover how AI-powered Assembly Optimization can improve your design workflow.