Learn CATIA-SCRIPTS with Real Code Examples
Updated Nov 27, 2025
Practical Examples
Generate a batch of standard parts with parametric dimensions from Excel data
Automate creation of assembly constraints for hundreds of components
Automatically generate drawings with annotations from 3D models
Integrate part metadata with a PLM system for lifecycle management
Implement custom user interface buttons in CATIA to trigger scripts
Troubleshooting
Check CATIA version compatibility with scripts
Verify object hierarchy and API usage
Ensure all required documents are open
Debug scripts using message boxes or logging
Validate parameter values and external data sources
Testing Guide
Run scripts on sample parts before production
Verify geometric results and assembly constraints
Check parameter-driven values against source data
Ensure scripts do not corrupt existing documents
Test batch scripts on multiple documents for stability
Deployment Options
Deploy scripts via Macro Manager in CATIA
Assign scripts to custom toolbar buttons or menu items
Schedule batch scripts for overnight processing
Integrate with PLM workflows for automated part generation
Provide documentation for end users on usage and parameters
Tools Ecosystem
CATIA V5 or V6 software
CATIA Macro Editor
VBScript or Python IDE
PLM or ERP integration tools
Version control systems for scripts
Integrations
Excel, CSV, or database for parameter-driven modeling
PLM systems for metadata and lifecycle management
ERP systems for bill-of-material automation
Other Dassault software (ENOVIA, DELMIA) via API
Custom GUI integrations in CATIA toolbar
Productivity Tips
Record macros first to understand steps
Reuse scripts across projects
Parameterize inputs for flexibility
Test scripts on small samples before full deployment
Document scripts for team collaboration
Challenges
Maintaining scripts across CATIA version upgrades
Debugging complex scripts without advanced IDE tools
Handling large assemblies efficiently
Integrating scripts with enterprise data systems
Ensuring reproducibility and reliability in automated workflows