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AI-powered AOI programming: Eliminating manual setup in 3D PCB inspection

Liberate yourself from AOI programming. Are you tired of spending hours programming a 3D AOI? Do you feel limited by batch size when applying AOI inspection in production? If yes, then this webinar is for you. Register for a free webinar to discover how our AI-powered GenI solution is transforming 3D AOI inspection and making it possible to create a new inspection program in less than 15 minutes.

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PCB Assembly

About Mycronic GenI™ AI-powered AOI programming webinar 

If you use Mycronic pick‑and‑place machines and want fast, AI‑powered 3D AOI inspection without the programming burden, this webinar is for you.

Why should you attend?

See how effortless AOI programming can be. In this webinar, you’ll:
  • Watch a live demo creating an AOI program in less than 15 minutes
  • Learn how GenI removes the need for specialized AOI programming 
  • Experience true zero-programming AOI, powered entirely by AI
  • Engage live with and get your questions answered
  • Gain a competitive advantage

 

Sessions available: 

Webinar language: English | Central European Time - CET (UTC +2)

  • March 11, 9:00-9:45    am 
  • March 11, 16:30-17:15  pm 
  • March 31,  9:00-9:45   am
  • March 31, 16:00-16:45  pm

Webinar Speakers

Mycronic GenI Demo Webinar Speakers

How to reduce AOI setup time without sacrificing inspection accuracy?

Manual AOI setup has long been a bottleneck in PCB assembly—requiring expert knowledge, time-consuming configuration, and constant fine-tuning as designs evolve. While many inspection systems now offer AI-assisted tools, most still rely on traditional workflows that slow new product introduction and limit scalability.

With Mycronic GenI, we introduce a new approach to AI-powered AOI 3D programming that removes manual setup. Using generative AI and true 3D inspection data, programs are created automatically in minutes — delivering consistent inspection quality, faster changeovers, and full traceability across the PCB assembly process.