Learn Solidworks-api - 10 Code Examples & CST Typing Practice Test
SolidWorks API is a COM-based programming interface that allows developers to automate, customize, and extend the SolidWorks CAD software, enabling tasks from simple macros to complex design automation and integration with external systems.
Learn SOLIDWORKS-API with Real Code Examples
Updated Nov 27, 2025
Monetization
Custom SolidWorks add-in development services
Engineering automation consulting
PLM/ERP integration solutions
Macros and templates for enterprise use
Training engineers in API usage and automation
Future Roadmap
Expanded .NET Core and C# support
Enhanced integration with cloud PDM systems
Improved event handling and asynchronous API calls
Better support for large assemblies and complex features
Stronger security for add-ins and macros
When Not To Use
Small one-off manual edits not worth automation
Non-Windows environments
Cloud-only workflows outside SolidWorks
Highly graphical manipulations not supported via API
Projects where manual designer decision is needed for each feature
Final Summary
SolidWorks API enables automation, customization, and integration of CAD workflows.
Supports macros for simple automation and add-ins for complex tasks.
Uses COM-based object model and supports VBA, .NET languages, and C++.
Integrates with PLM/ERP, databases, and external systems.
Widely used in manufacturing, mechanical design, and engineering automation.
Faq
Can I use SolidWorks API on Mac? -> No, Windows only.
Which languages are supported? -> VBA, VB.NET, C#, C++ (COM interop).
Can API create new drawings? -> Yes, fully automatable.
Is macro recorder sufficient for complex automation? -> Only for simple tasks; add-ins needed for complex workflows.
Does API support assemblies and configurations? -> Yes, full support via object model.
Frequently Asked Questions about Solidworks-api
What is Solidworks-api?
SolidWorks API is a COM-based programming interface that allows developers to automate, customize, and extend the SolidWorks CAD software, enabling tasks from simple macros to complex design automation and integration with external systems.
What are the primary use cases for Solidworks-api?
Automate repetitive modeling or drawing tasks. Create custom add-ins for design processes. Integrate SolidWorks with PLM/ERP databases. Generate reports and BOMs automatically. Custom tools for design validation and rule enforcement
What are the strengths of Solidworks-api?
Reduces repetitive manual CAD operations. Enables company-specific design rules and standards. Improves design productivity and consistency. Integrates seamlessly with existing SolidWorks environment. Supports complex workflows for large assemblies
What are the limitations of Solidworks-api?
Requires knowledge of COM and SolidWorks object model. Performance can be limited for very large assemblies. Learning curve for VBA/.NET or C# integration. Limited cross-platform support (Windows only). API changes between SolidWorks versions can affect macros/add-ins
How can I practice Solidworks-api typing speed?
CodeSpeedTest offers 10+ real Solidworks-api code examples for typing practice. You can measure your WPM, track accuracy, and improve your coding speed with guided exercises.