5 Secrets to Ensure Safety and Efficiency of Your Turbine Blade with Optical Metrology

Not every turbine can handle the heat — but yours could.

Discover how cooling holes make the difference between "good enough” and flight-ready. Learn the optical secrets top OEMs use to stay ahead before your competitors do.

Follow Paul Rosenkranz, Head of Solutions at Bruker Alicona, as he takes you from the CAD model to real 3D data and reveals five key insights shaping next-generation turbine quality.

💡 You’ll learn:

How to capture full cooling-hole geometry in 3D
How to automate the workflow from CAD to certified data
How optical metrology boosts efficiency, traceability and ROI

Download the webinar recording and ensure the safety and efficiency of your turbine blade.

Share this article

Meet the Cooling Hole Expert

Join the Online Event with our metrology experts for cooling holes Paul Rosenkranz and get answers to your questions.

Paul Rosenkranz, Head of Solutions at Bruker Alicona

Paul is a metrology expert working closely with MTU Aero Engines, with whom Bruker Alicona jointly developed the cooling hole application.
As Head of Solutions, he is responsible for creating customized measurement concepts that ensure the optimal use of our optical 3D metrology for every customer’s specific application.