May 11
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The first working integration of Claude AI with PTC Creo Parametric using CREOSON and the Model Context Protocol (MCP). In this tutorial, I'll show you exactly how to connect Claude Desktop to a live Creo session so the AI can read your models, modify parameters, regenerate parts, extract BOMs, and automate your CAD workflow — all through natural language. Why this matters: CAD automation has historically required Java, C++, or VB scripting knowledge. With this setup, you control Creo by simply *talking* to Claude. Engineers, design automation teams, and anyone building parametric configurators — this is the fastest CAD automation workflow available right now. ⏱ TIMESTAMPS 00:00 Intro — What we're building 00:XX Why CREOSON + Claude (the architecture explained) 00:XX Prerequisites: Creo, JLINK, CREOSON, Python 00:XX Setting up CREOSON on port 9056 00:XX Creating the Python MCP bridge 00:XX Installing mcp + creopyson 00:XX Editing claude_desktop_config.json 00:XX First test — Claude reading the Creo session 00:XX Live demo: parameters, mass properties, BOM 00:XX Troubleshooting common errors 🔗 LINKS & RESOURCES ► CREOSON download: https://creoson.com ► Claude Desktop: https://claude.ai/download ► creopyson Python library: https://pypi.org/project/creopyson/ ► MCP documentation: https://modelcontextprotocol.io ► My bridge script (GitHub): [add your repo link] 🛠 TOOLS USED - PTC Creo Parametric 12 - CREOSON Server (port 9056) - Claude Desktop (latest) - Python 3.12 (Miniconda) - creopyson + mcp Python packages #Creo #ClaudeAI #MCP #CADAutomation #CREOSON #PTCCreo #AIAutomation #DesignEngineering #CADTutorial #ParametricDesign DISCLAIMER: CREOSON is an open-source initiative by Simplified Logic, Inc. and is not affiliated with PTC. This tutorial is independent educational content.