Comau Demonstrates AI-Driven Industrial Automation at ETFA 2025
Leading Industry Conference Participation
Comau showcased its Artificial Intelligence strategy for manufacturing at ETFA 2025. The IEEE conference in Porto, Portugal gathered automation experts from September 9-12. This important event featured innovative factory automation technologies and emerging industrial solutions.
Expert Insight on AI Implementation
Giovanni Di Stefano, Comau’s Head of Advanced Robotics, presented on industrial heritage’s role in training neural networks. He explained how Comau develops machine learning applications to optimize robotic systems. The company leverages fifty years of automation experience to create customized AI models for diverse industrial sectors.
Proprietary AI Technology Development
Comau has created specialized intelligent tools for multiple applications. These include systems calculating actual robot joint stiffness for improved movement quality. AI algorithms also automatically design welding gripper arms with greater speed and precision. This approach reduces both design costs and development time significantly.
Machine Vision Innovation
The MI.RA vision system family represents another AI advancement. MI.RA/OnePicker enables robots to autonomously handle generic objects in unstructured environments. Meanwhile, MI.RA/Thermography verifies welding quality in next-generation battery assembly. These systems increase productivity through intelligent automation.
Data-Driven Competitive Advantage
Comau’s extensive industrial heritage provides unique training data for neural networks. Years of Product Lifecycle Management experience have created valuable digital archives. This data enables training on real industrial use cases rather than theoretical scenarios. The result is practical AI solutions for complex manufacturing challenges.
Leadership Perspective
“ETFA 2025 provided an important platform for discussing industrial innovation,” stated Giovanni Di Stefano. “Customized AI tools deliver significant competitive advantages without expensive algorithm development. We view AI as a decisive business opportunity that leverages our historical data and expertise.”
Practical Implementation Examples
Consider an automotive plant implementing battery assembly automation. Comau’s AI systems can optimize robot trajectories for better quality welds. The vision systems automatically detect defects in real-time production. This reduces scrap rates while increasing overall equipment effectiveness through predictive maintenance.
Frequently Asked Questions
How does Comau’s industrial heritage benefit AI development?
Fifty years of automation experience provides extensive real-world data for training neural networks. This historical information creates more practical and effective AI models than theoretical approaches.
What industries benefit from Comau’s AI solutions?
While strong in automotive and e-Mobility, Comau’s AI applications serve multiple sectors including food & beverage, pharmaceuticals, logistics, and renewable energy.
How does MI.RA/OnePicker improve manufacturing efficiency?
The vision system enables robots to handle unstructured objects without precise positioning. This reduces fixture costs and changeover time while increasing system flexibility.
What advantages does AI provide for robotic system design?
AI algorithms automatically optimize component designs like welding grippers, reducing engineering time and improving performance through computational analysis.
How does Comau ensure AI implementation safety?
The company integrates AI within established safety frameworks and validates systems through extensive testing using historical operational data.
About Comau
Comau delivers advanced industrial automation solutions worldwide. Together with Automha, the company provides comprehensive robotics, digital technologies, and intralogistics systems. Their portfolio serves diverse sectors including automotive manufacturing, food & beverage, pharmaceuticals, and renewable energy. Comau helps businesses of all sizes enhance efficiency, flexibility, and competitiveness through technological innovation.
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