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June 24, 2026

Collaboration with Teledyne FLIR

Practical test of the FLIR A6450 for active thermography.

Together with Teledyne FLIR, we produced a video series demonstrating how active thermography with the new FLIR A6450 works in real world applications. The camera was introduced in February 2026 and is used across a range of applications throughout the videos. From coating inspection and crack detection to the testing of carbon fiber components, the videos provide an insight into the possibilities offered by modern infrared inspection technology.

The FLIR A6450 at a Glance

The FLIR A6450 is a high performance, cooled infrared camera specifically designed for demanding industrial applications and continuous 24/7 operation. Thanks to its durable cooling technology, it offers a service life of more than 27,000 operating hours and delivers precise, reliable measurement results even under continuous load.

Together with Teledyne FLIR, we set out to demonstrate the camera’s capabilities in real world active thermography applications. The focus was on practical testing methods used in industrial quality assurance, where even the smallest material defects can be detected and visualized.

The applications covered included coating inspection using laser thermography, crack detection using induction thermography, and CFRP inspection using optical thermography.

Would you like to learn more or experience the technology live? Contact us for a personal consultation.

Table of contents

    FAQ

    Our frequently asked questions — answered quickly and easily.

    All questions/answers

    How does active thermography work in quality inspection?

    What are the advantages of active thermography compared to other inspection methods?

    What is the FLIR A6450 and what makes it suitable for industrial applications?

    Which non-destructive testing methods are shown in the videos?