AI + CODESYS + HMI (HTML5): Programming Autoclaves with 100% AI

Creating a smart control system for Autoclave sterilization is no longer just a futuristic concept. At E-Power Service, we have developed and implemented a functional system where AI assists in 100% of the PLC design and programming. This system integrates seamlessly with the CODESYS platform and displays results via an HMI powered by web technology (HTML5). This article provides an in-depth look at the architecture and operation of this cutting-edge system.

Operational Architecture: Auto Clave Smart Control (AI + PAC + Web Tech)

The system we developed integrates three core technologies to ensure the most precise and stable control of complex sterilization processes:

1. AI Logic Generation (Claude AI)

We utilize Large Language Models (LLM), specifically Claude, as the core for generating Logic Design. Engineers input operational parameters—such as air purging, heating, holding (sterilization), and de-pressurization. The AI then converts these requirements into a 100% complete program structure (such as Structured Text or Function Blocks). This significantly reduces human error and accelerates initial code generation.

2. PAC & CODESYS Processing (MC612 PAC)

The AI-generated code is executed on CODESYS, the world-class industrial software standard. Our MC612 PAC (Programmable Automation Controller) serves as the primary processor, managing I/O and PID loops to maintain temperature and pressure within the sterilization chamber according to strict industrial safety standards.

3. Web-Based HMI (HTML5 & Window IPC)

For visualization, we have moved beyond the limitations of traditional touchscreens. By using a Window IPC (Industrial PC) and designing the User Interface (UI) with HTML5 technology, the HMI is not confined to the local control cabinet. It operates directly through a web browser, providing beautiful graphics, high responsiveness, and the ability to monitor machine status from any device on the network.

System Performance: When AI Drives Industrial Hardware

Combining AI with CODESYS to build E-Power Service's Autoclave machines offers several engineering advantages:

• Agile Development: Using AI to draft State Machine structures saves engineers a massive amount of time in programming and commissioning.
• High Precision: The MC612 PAC hardware responds rapidly to temperature and pressure control commands, ensuring consistent standards for every sterilization cycle.
• Seamless Monitoring: With HTML5 web tech, operators can view data logging graphs, receive alarm notifications, and control the system in real-time with total fluidity.

Conclusion

Merging the power of AI with the CODESYS platform and HTML5-based HMI is proof that delicate machine control systems can be made smarter, safer, and more efficient. This represents a major milestone in engineering control systems created by E-Power Service to elevate modern industry toward perfection.