- Services
- Materials Testing and Failure Analysis
- Macroscopy and Stereoscopy
- Metallography / Materialography
- Hardness Testing
- Scanning Electron Microscopy
- Zeiss Merlin Gemini Scanning Electron Microscope
- Chemical and Physical Materials Analyses
- Non-destructive Testing
- X-Ray Inspection Systems
- Environmental Simulation
- Additive Manufacturing
- Powder characterization procedure PowderGenetics®
- Residual Stress Analysis
-
Zeiss Merlin Gemini Scanning Electron Microscope
The high-resolution field emission scanning electron microscope and an energy dispersive X-ray microarea analysis (EDX) are used to run topography and morphology tests.
A field emitter gives magnifications of up to 500.000 : 1, which corresponds to a resolution of 0.6 nanometres on a sample surface. In addition, very low acceleration voltages can be selected, which permits testing of non-conductive materials like biological samples, plastics or ceramics.
Using four detectors, tests and analyses are performed at acceleration voltages of 0.1 kV to 30 kV in secondary and backscattered electron contrasts.

Application range
- Fractography
- Particle analyses
- Topography examinations
- Qualitative and semi-quantitative determination of materials (EDX)
- Tests on grinding probes
- Asbestos examinations
The tests are provided on a cross-sector and cross-material basis for semi-finished products, samples, components, and metallic and organic materials.
IABG Failure Analysis Hotline
- Phone: +49 89 6088-2441
- Mobile: +49 151 6131 3167
- schadensanalyse@iabg.de
Examination methods materials testing and failure analysis
For the characterisation of systems, components, materials and defects we use the following examination methods:
- 24.06.2022 IABG hands over the large-scale test bench MAXI to the German Federal Armed Forces as general contractor
- 16.05.2022 Virtueller Expertenfrühschopppen Morning Pint: Neue Termine 2022
- 03.05.2022 DVM-Workshop Prüfmethodik für Betriebsfestigkeitsversuche: IABG zeigt hohe Kompetenz mit vier Fachvorträgen