Aerospace manufacturers and MRO providers face growing pressure to inspect complex geometries faster, more consistently, and with zero tolerance for missed defects. This webinar explores how robotic in-line inspection is transforming aerospace NDT by pairing advanced eddy current array (ECA) technologies with robotic automation. We'll examine how the multi-technology Ectane 3 power Eddyfi's robotic inspection solution, enabling production-grade, repeatable scans on airframes, engine components, and composites.

Attendees will learn how array-based probes and robotic motion combine to detect sub-millimeter flaws at industrial scale — delivering expert-level results without operator fatigue or variability. Whether you're evaluating automation for a production line or exploring how to scale NDT capacity without scaling headcount, this session offers practical insight into where robotic ECA inspection delivers the most value.

Key Takeaways:

• Faster broader coverage — See how ECA probes cover more surface area per pass than traditional single-element systems, enabling faster and more efficient inspections.
• Consistency at Level III accuracy — Understand how robotic motion reproduces the precision of an expert inspector on every cycle, removing fatigue and operator-to-operator variability from the equation.
• Dual-technology platform integration — Learn how Ectane 3 (multi-technology ECA) integrates with custom probes and robotic end effectors to fit different inspection needs.
• Audit-ready, repeatable data — Discover how structured, repeatable datasets simplify quality control, traceability, and batch-to-batch comparison for aerospace compliance requirements.

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