"FreeCAD" matching MCP servers:

Enables AI-driven control of FreeCAD for CAD modeling, including creating, editing, measuring objects and running FEM analysis, via natural language interaction through Claude Desktop.

Enables users to control FreeCAD through natural language for creating, editing, and managing 3D objects and documents. It supports executing Python code, capturing screenshots of the workspace, and importing parts from the FreeCAD library.

Enables control of FreeCAD CAD software from Claude Desktop through natural language commands. Supports creating, editing, and managing 3D objects, executing Python code, and generating screenshots of designs.

A FreeCAD addon that implements the Model Context Protocol (MCP) to enable communication between FreeCAD and Claude AI through Claude Desktop.

This project provides a robust integration between AI assistants and FreeCAD CAD software using the Model Context Protocol (MCP). It allows external applications to interact with FreeCAD through a standardized interface, offering multiple connection methods and specialized tools.

Enables Codex to interact with and control FreeCAD 1.1.x locally through typed MCP tools, including health checks and an optional Python execution escape hatch for direct document manipulation.

An MCP server that enables AI assistants to interact with FreeCAD for 3D modeling, macro development, and debugging through 150+ tools supporting multiple connection modes.

Enables AI assistants to interact with FreeCAD for 3D modeling, macros, and debugging via MCP.

Enables coding agents to turn mechanical requirements into validated FreeCAD models with deterministic sizing from published standards, standard-part provenance, and automatic geometry validation.

Enables AI agents and software to create, edit, inspect, validate, and export CAD geometry through MCP using backend-neutral typed operations, with FreeCAD/OpenCascade as the authoritative B-rep backend and JSCAD preview.

Lets AI assistants work inside a live FreeCAD session, building and inspecting models, running Python, driving the GUI the way a user would, and reviewing CAM jobs such as path statistics, posting, and G-code diffs.