Extensions with Plugins | Add-in Development
Creating connectors, automation tools, and productivity extensions for CAD platforms.
Modern engineering workflows often require capabilities beyond what standard CAD platforms provide. Extensions and add-ins enable organizations to customize their tools, automate repetitive tasks, and integrate with other systems. With AI-driven development, these extensions become smarter, more adaptive, and deeply aligned with engineering workflows.
Use Cases
Custom CAD Extensions
Standard CAD tools may not fully support specific business requirements or workflows. Custom extensions allow organizations to tailor functionality to their exact needs.
For example, a request such as “Create an add-in to automate flange design with predefined company standards” results in a tool that generates geometry, applies constraints, and enforces design rules automatically within the CAD environment.
Outcome:
- Faster design execution
- Reduced manual effort
- Consistent adherence to company standards
Workflow Automation Tools
Engineering tasks often involve repetitive operations such as model updates, drawing generation, and data export. AI-powered add-ins automate these workflows seamlessly.
A command like “Generate drawings and export all components from this assembly” enables automated processing, drawing creation, and file export without manual intervention.
Outcome:
- Reduced repetitive work
- Significant time savings
- Improved engineering productivity
System Integration Connectors
platforms. Custom connectors enable seamless integration and data synchronization across these systems.
For example, “Sync this CAD model with our PLM system and update the BOM” triggers automated data transfer and ensures consistency across platforms.
Outcome:
- Improved data synchronization
- Reduced duplication across systems
- Stronger digital thread across the lifecycle
Smart Productivity Add-ins
AI-powered add-ins act as intelligent assistants within CAD environments, providing real-time insights, validation, and workflow guidance.
An input such as “Check this model for design inconsistencies” enables the system to analyze geometry, validate constraints, and highlight potential issues.
Outcome:
- Reduced design errors
- Improved model quality
- More efficient engineering workflows