3D X-ray computed tomography CT for industrial, energy technology and archaeological applications
With computed tomography, the fem provides customers from industry and research with a method that enables the non-destructive, three-dimensional capture and characterisation of objects of any complexity from all material classes - alloys, ceramics, plastics and composites, biocompatible materials as well as construction materials and textiles - with all geometric and material-related structures.
Das Dienstleistungsangebot des fem richtet sich an alle Bereiche der metallverarbeitenden Industrie, z.B. Automobil- und Elektronikindustrie, Medizin-, Kunststoff – und Energietechnik, Luft- und Raumfahrt sowie Schmuck- und Uhrenindustrie. Das fem verfügt über das phoenix v|tome|x L 450 für folgende industrielle und wissenschaftliche Anwendungen:
INDUSTRIAL APPLICATION
Non-destructive testing
Damage Analysis
Component testing, assembly inspection
Quality management
Metrology
Dimensional control, target/actual comparison
Shape detection, 3D wall thickness analysis
Reverse Engineering
SCIENTIFIC APPLICATION
Characterisation of different material classes
Density or particle distribution
Parameter optimisation using simulations
Changes of state
Computer-aided product development
Since 2010, we have been analysing a wide variety of objects, components and materials in our CT laboratory and dealing with a wide range of issues - quickly, precisely and reliably. Thanks to our extensive experience and our outstanding technology, we can provide you not only with measurement results, but also with real solutions to problems.
APPLICATION EXAMPLE: ELECTROCHEMICAL ENERGY SYSTEMS
Analysis of batteries (all cell formats, e.g. button cells, pouch cells, prismatic cells): Structure, contacting, deformations, impurities and causes of damage.
Characterisation of fuel cells: Geometry and distance measurements, material and failure analysis
Characterisation of components for batteries, fuel cells and electrolysis (e.g. electrodes, bipolar plates, gas diffusion layers)
APPLICATION EXAMPLE: ELECTROCHEMICAL ENERGY SYSTEMS
Non-destructive detection and characterisation of arbitrarily complex objects from all material classes with all geometric and material-related structures
Precise 3D representation of exposed objects or objects recovered in the block
High-resolution visualisations of objects without prior manual exposure
Highlights: Examination of the Early Celtic, splendidly furnished princess tomb from the Heuneburg and the approx. 40,000-year-old lion man from the Swabian Alb.
