$ loading_
Turn AI design intent into feature-level SolidWorks CAD operations.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "Q3DS SolidWorks MCP" yet — see the docs or source repo.
Convert this modeling request into feature-level operations for SolidWorks: create a base plate 120 mm long, 80 mm wide, and 10 mm thick, add four through holes of 6 mm diameter at the corners, each 10 mm from the edges, and describe the resulting feature tree step by step.
A structured modeling intent, intermediate representation, or feature-level operation sequence that can drive SolidWorks model creation.
Compile this edit request into deterministic CAD operations: change the top boss height from 15 mm to 25 mm and add an 8 mm radius fillet on the right side.
A clear edit sequence or compiled IR result showing which features and parameters should be changed.
Create a modeling plan using engineering semantics: first extrude the main body, then create mounting holes, and finally add ribs. Organize these intents into an executable SolidWorks feature sequence.
An engineering-semantic feature sequence suitable for an AI client to invoke SolidWorks through MCP.
Designers or engineers can provide natural-language modeling requirements and have the tool generate feature-level executable operations for SolidWorks. It is useful for turning abstract intent into concrete modeling steps.
Developers can connect any MCP-capable AI client to this server and control SolidWorks through its COM bridge. This enables conversational CAD automation workflows.
When a team wants AI-generated modeling intent to be converted into concrete operations consistently, this tool can first map it into a CAD-neutral IR and then compile it into SolidWorks actions. It fits automation scenarios that require repeatability.
It is an MCP server for SolidWorks that converts AI modeling intent into feature-level CAD automation operations. It also turns intent into a CAD-neutral IR and deterministically compiles it into concrete execution steps.
Based on the description, it bridges an MCP-capable AI client to SolidWorks via COM. For detailed connection steps and configuration, see the source repository.
Known prerequisites include SolidWorks and an environment that can communicate with it through COM. Other installation requirements, system dependencies, or authentication details are not specified in the provided material; see the source repository.
Connect local SolidWorks to create parts, export files, and review designs.
Create and modify SolidWorks CAD parts, sketches, and extrusions with natural language.
Let AI control FreeCAD for 3D modeling, editing, and export via MCP.
Use AI to perform 3D modeling, boolean operations, and document management in FreeCAD.
Generate Fusion 360 Python scripts from natural language for faster CAD automation.
Search SolidWorks API docs, methods, interfaces, and examples using natural language.