High-energy computed tomography at a new level

With GiantEye, a globally unique facility for non-destructive testing of large structures is currently being created at the X-ray Technology Development Center of Fraunhofer IIS. GiantEye is not just a technological solution – it is a strategic investment in the future viability of product development, production, and quality assurance.

We would like to introduce you to this globally unique technology: Please reserve December 3, 2026 from 12:00 PM to 6:00 PM.

New standards for non-destructive analysis of large objects

Propulsion batteries after a crash test. Engine components in lifecycle testing. Museum treasures that must not even be touched. Large sea freight containers that cannot be opened easily. Wherever conventional computed tomography reaches its limits, we will soon have a solution with GiantEye!

The high-energy CT system will be put into operation at the Fraunhofer location in Fürth together with OHD Digital Connect starting in early 2027. This globally unique facility enables the complete, three-dimensional capture of objects up to the size of 20-foot freight containers – without the need to set up the objects in a complex way.

The CT technology addresses not only the classic applications of non-destructive materials testing and metrology, but also enables completely unadulterated access to hidden structures and geometries, e.g., for creating digital twins of crashed or tested vehicles, large aerospace components, and major assemblies.

This means concretely:

• Larger objects: Examination of (crashed) vehicles, large aerospace components, and major assemblies.
• More meaningful results: No distortion from repositioning – liquids remain where they are, components stay in their real position.
• New fields of application: With electric mobility, additive manufacturing technologies, and increasingly complex multimaterial assemblies, testing tasks are emerging for which no conventional testing technology currently exists.
• Engine for innovation: Through the fast and non-destructive method, condition information of a product can be fed back into the development processes with minimal effort, helping to keep pace with increasingly shorter innovation cycles.