MCP server for AutoCAD LT automation and headless DXF generation, exposing tools for drawing, entities, layers, blocks, annotations, P&ID, and view operations via natural language.
Enables users to control AutoCAD, GstarCAD, or ZWCAD through natural language via Claude Desktop. It provides tools for drawing geometric shapes, adding text and dimensions, and managing CAD files using the Windows COM interface.
MCP server and web dashboard for controlling AutoCAD Electrical 2027 via natural language, supporting MCC configurator and multiple AI backends like Claude, Ollama, or OpenAI-compatible models.
Enables AI agents to interact with AutoCAD through Python automation to draw geometric shapes like lines, circles, and polylines in real-time. It facilitates direct control of a running AutoCAD instance on Windows for basic geometric element creation.
A server that enables natural language interaction with AutoCAD through large language models like Claude, allowing users to create and modify drawings using conversational commands.
Enables AI assistants to draw and manipulate 2D designs in a running AutoCAD instance through MCP tools, exposed via HTTP and a tunnel for cloud clients like ChatGPT and Manus.
An MCP server that enables natural-language control of AutoCAD via file IPC or headless DXF generation, with tools for drawing, entities, layers, blocks, annotations, P&ID, views, and system operations.
A FastAPI-based MCP server scaffold designed to extract material tables from AutoCAD DWG files. It enables users to automate CAD data processing by configuring drawing folder paths and layer-specific extraction parameters.
FastMCP server for automating AutoCAD via COM on Windows, enabling drawing creation, entity drawing, and drawing management through natural language commands.
Enables controlling CAD software (AutoCAD, GstarCAD, ZWCAD) through natural language instructions, allowing users to create and modify drawings without manually operating the CAD interface.
Enables users to control CAD software like AutoCAD, GstarCAD, and ZWCAD through natural language instructions via the Model Context Protocol. It supports automated drawing of shapes, layer management, and saving designs to DWG files without manual interface interaction.