Visual Inspection

X-ray CT to prove the efficiency of a new ammonia storage system for diesel engines.

Understanding why membranes for waste water applications perform differently.

Tetra Pak found a new way to integrate X-ray CT to improve their design processes.

Unravelling the unique innovation potential of 3D imaging for hearing aids production.

An emerging industrial technique using layers to fabricate metal components from powder-based methods.

A project that is understanding better the blade casting process on a micrometer scale

A project studying the structure of a corrugated sandwich of materials after processing, installation and different operational exposure conditions.

In this project, the interest is to study the interaction between different polymers and textile fibres, where the polymer functions as a glue.

A study for the thickness of different gelcoat layers on wind turbine blades

The project is part of the research where surface detection is one of the focus areas

To characterise newly developed materials with modern X-ray based methods, were performed both X-ray diffraction measurements and X-ray micro Computed Tomography (CT) scans

Evaluating of multispectral detectors and developing a method to correct the detector response.

Building a test setup to be used to optimise different geometries and to verify the performance of the system

A study to determine if diamond lenses meet the quality requirements necessary to provide good lenses for X-ray beamlines.

A study about the feasibility of performing an intramodular injection into the human cochlea

A study that develops a method for measuring electrolyte thickness

A study to analyse the laminar composition of the foils and verify their quality.

How to use X-Ray to construct even more efficient and reliable wind turbine blades.