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Program
Broad-beam ion beam etching for SEM sample preparation with SEMprep smart, and TEM sample preparation with UniMill or GentleMill.
From rapid material identification to precise carbon analysis: Experience the capabilities and limitations of modern materials analysis methods using real-world practical examples.
- Live demonstration of mobile X-ray fluorescence analysis (XRF) as a modern and flexible material characterization method
- Comparison of handheld XRF and Optical Emission Spectroscopy (OES)
- Practical applications from industry and quality control
- Analysis of various metal and alloy samples
- Capabilities and limitations of the respective technologies
- Analysis of your own samples


Simple real-time gas analysis for hydrogen, natural gas, and complex gas mixtures in industry and research.
- Introduction to modern gas analytics
- Capabilities of real-time gas analysis
- Comparison with classical gas analysis methods
- Live instrument presentation and demonstration

From vapor pressure and flash point to fuel analysis — anytime, anywhere: Get an insight into the modern, portable, and extremely robust testing and analysis instruments from Grabner AMETEK.
Live demonstrations of Grabner’s portable analyzers:
Minivap VP(L) Vision
Determination of vapor pressure — whether for optimizing fuel blends, ensuring product performance, meeting regulatory requirements, or for the safe storage and transport of volatile hydrocarbons.
Miniflash FP(H) Vision
Determination of flash point with minimal sample volume (1–2 mL) and maximum safety — whether for fuel analysis, the examination of lubricants, paints, flavors, or fragrances.
Miniscan IR Vision
Determination of more than 100 fuel parameters using a compact FTIR analyzer — whether for quality control, laboratory analytics, or research & development in petrochemistry and refineries.
Presentation and demonstration:
- New, previously unattained low-kV imaging in Thermo Scientific Phenom Desktop SEMs on poorly conductive or insulating sample systems (polymer, biological, etc.)
- Simple STEM for rapid screening of TEM samples in under 2 minutes
Sample preparation for SEM applications by coating with carbon, gold, or platinum in under 3 minutes.
Dry run / presentation Cleaning of carbon contaminations in SEM chambers and on samples — fast, efficient, and versatile with the IBSS plasma cleaner.
