Less time programming, more time delivering a first article in full.
At the core of Delvitech's technology lies the principle of simplicity. Both Horus and Aton minimize the need for human intervention by automatically identifying and defining PCB components with exceptional accuracy, regardless of board type or complexity.
Smarter today. Smarter tomorrow.
Delvitech's inspection platforms are designed to grow smarter with every cycle. Today, they guarantee precision across SMT and THT productions; tomorrow, they will go further—predicting errors before they occur by detecting process deviations and integrating self-programming features that automatically recognize components and fine-tune inspections in real time.
AI that adapts to your line.
With advanced neural network training, every inspection process becomes unique. Horus and Aton adapt to your production line, learning from your boards to deliver fully customized inspections that meet your specific requirements.
Production that feels ten times smoother.
Thanks to proprietary AI models, both platforms cut false positive rates by a factor of 10 compared to industry standards. This translates into more consistent results, fewer interruptions, and smoother production cycles.
At the heart of both platforms is Delvitech's patented optical head technology, combining up to six cameras, FPGA integration, and four digital projectors to deliver true 3D data. Powered by proprietary neural networks, the system adapts seamlessly to any surface, material, or height, capturing even the most challenging components—reflective metals, shadowed zones, tall connectors, fine-pitch assemblies and glue.
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From screen printing to post-reflow inspection, Delvitech offers a single inspection ecosystem.
Together, they provide seamless inspection coverage—tailored to your production pace and board complexity.
Delvitech's technology is designed for today and built for tomorrow.
From microelectronics to chiplets, Horus and Aton are ready to scale with the evolving electronics industry. With predictive AI and self-programming (available from 2026), they represent the future of inspection: faster, smarter, and truly sustainable.
The future of inspection is not just about finding defects.
It's about preventing them.
