Optical, handheld 3D surface inspection has already transformed how aerospace and aviation teams detect defects down to 2 ums, verify surface quality and roughness down to nms, and ensure compliance—delivering far more insight than traditional visual or contact-based methods. But what comes next when throughput, repeatability, and production efficiency become the priority?

In this webinar, we explore the evolution of optical 3D surface inspection from manual measurements to scalable, automated solutions designed for modern aerospace manufacturing and MRO environments. Learn how today’s advanced sensors provide the foundation for automation at every level—whether you’re taking your first steps or targeting lights-out inspection.

We’ll cover multiple automation pathways, including open interfaces for in house or partner-led integration, cost effective collaborative robot solutions that are quick to deploy, and fully enclosed Automated Metrology Systems (AMS) built for production. These systems can support multiple sensor heads, flexible part loading, secure data management, and seamless integration into quality workflows.

Finally, we’ll look at the highest level of inspection sophistication: high-speed defect detection that combines wide area optical inspection with precise, quantitative 3D surface measurements—unlocking faster decisions without sacrificing accuracy.
Join us to see how automated optical inspection is shaping the future of aerospace surface quality.

Attendees will learn:
1. Understand the next step after handheld 3D inspection
How optical handheld 3D surface inspection evolves into automated inspection to improve throughput, consistency, and efficiency in aerospace applications.
2. Learn practical automation pathways
Insight into multiple automation options—from open interfaces for in house or partner integrations to turnkey, collaborative robot solutions.
3. Explore production ready Automated Metrology Systems (AMS)
What fully enclosed AMS solutions offer for aerospace production, including multi sensor configurations, flexible part handling, and robust data management.
4. See how inspection speed and capability can scale together
How advanced systems combine wide area optical inspection with high resolution 3D measurements for faster, more capable defect detection.
5. Gain guidance on choosing the right level of automation
How to align inspection sophistication, cost, and performance with your organization’s surface quality and production goals.