Manufacturing

• TOF-SIMS provides an opportunity to analyze the chemical composition of the surface material ultra-high resolutions and analytical precision;
• HR-TEM provides atomic-resolution imaging and compositional analysis in various materials, 

• Analysis of waters samples form main inorganic components to trace elements
• Multi element analysis on highly sensitive materials in water, soil and biomass samples
• Determination of elemental composition in solid and liquid samples

• Helios NanoLab™ 600i - Advanced DualBeam™ for ultra-high resolution imaging, analysis and fabrication at the nanoscale. Offering advances in the ion beam, electron beam, patterning and a range of features to make milling, imaging, analysis and sample preparation down to a nanoscale, standard applications in the lab.
• Materials and nanostructures analysis with high-resolution diffractometer “SmartLab”
• High energy resolution Wavelength-Dispersive (WD) XRF “ZSX 400”.
• Spectroscopic Ellipsometer “GES 5E”
• Micro-Raman Spectrometer 

• reverse engineering
• digital archiving 
• prototyping complex products to assess its properties
• modeling

• hygrometers
• thermo Anemometers
• impeller anemometers
• Pitot tubes
• air thermometers
• differential manometers
• loggers

• Amount of aerobic bactaria in air
• Amount of mold in air

In Work Environment Core Laboratory of the University of Tartu can be carried out volatile organic compound (VOC) analysis. We use a methodology based on the standards EVS-EN ISO 10882-2, EVS-EN 689 and ISO 9487. The analyzes are carried out with gas chromatography-mass spectrometer, which allows us to identify the compounds present in the air, and the quantization

Measuring and monitoring of indoor climatics indexes PMV (Predicted Mean Vote) and PPD (Predicted Percentage Dissatisfied)