Fraunhofer IIS Develops GiantEye High-Energy CT System for Nondestructive Testing of Large Objects
The Fraunhofer Institute for Integrated Circuits IIS is developing the GiantEye project, a high-energy computed tomography system aimed at nondestructive testing of large and complex objects. Expected to be available for industrial partners in early 2027, the system employs a gantry design to examine objects in their natural orientation, enhancing measurement accuracy and efficiency. Key features include a linear accelerator with 9 MeV X-ray energy, 3D measurement resolutions down to 100 micrometers, and applications in various industries such as automotive and aerospace.
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The GiantEye project by Fraunhofer IIS aims to revolutionize nondestructive testing for large objects with a new high-energy computed tomography system. Unlike traditional systems, GiantEye features a gantry that allows for scanning in a horizontal orientation, minimizing mechanical stress on test objects.
Set for industrial availability in early 2027, it employs a 9 MeV linear accelerator and achieves 3D resolutions of 100 micrometers. Applications include analyzing high-voltage batteries, crash test vehicles, and additively manufactured components. The development also focuses on improving data processing and automation for efficient use of generated data.
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