Device

Industrial production of nanofibers

Fluorescence microscope used mainly for determination of drinking water quality (determination of biosestone ČSN 75 7712 and determination of abiosestone ČSN 75 7713). It can be used to analyse native slides in transmitted light and native and other samples with autofluorescence or fluorescence staining. Image capture with a Canon EOS 70D colour camera is possible. Evaluation or modification of the captured images is performed in QuickPHOTO MICRO 3.1

Material microscope, which can be used to analyse samples in reflected light, dark or bright field with the possibility of using U-AN360 or U-PO3 filters. Image capture with Canon EOS 700D camera is possible. Evaluation or modification of the captured images is performed in QuickPHOTO MICRO 3.1

Compact device for uniaxial loading of smaller samples

Inverted optical microscope with transmitted light and fluorescent illumination for viewing transparent samples.

3D digitizing, inspection, dimension & shape measurement

Direct optical microscope with reflected light, BF (bright field), DF (dark field), C-DIC (circular differential interference contrast) modes, motorized stage.

Part of SEM
EDS System - AztecEnergy

• X-Max detector
• Qualitative and quantitative analysis of local chemical composition (from Be to Pu)

WDS System - INCAWave

• INCAWave 500
• Ultra-precise local chemical composition analysis
• Energy range from 0.17 to 10.84 keV

EBSD System - AZtecHKL

• HKLNordlysNano
• Crystallographic information

Particle Image Velocimetry (PIV) is a non-intrusive laser optical measurement technique for research and diagnosis of flow, turbulence. It finds applications in microfluidic chip development, spray development, atomization of liquids or aerification of gases. Another extension is the Laser Induced Fluorescence (LIF) method, which is used in the measurement of temperature fields of liquids in closed vessels.
The Dantec Dynamics platform offers a range of PIV solutions to suit different research needs. Basic systems use a single camera to measure two in-plane velocity components. More advanced systems use multiple cameras to measure three velocity components in either plane or volume.

Injecting machine ARBURG 270S 400-100

Robot kiln for process CIM, MIM

Semi-automatic grinding and polishing machine for metallographic samples.

Bubble Pore Size Testing

Possibility of testing vehicle with 4x4

Possibility of testing the entire drive train (engine - gearbox - axle drive - axle shaft - wheel)

Device for precision polishing of surfaces with Ar ion beam. Two independently adjustable ion cannons at an angle of 0 - 10° and an accelerating voltage of 0.1 - 6 kV. Precision preparation of micro/nano-cuts with ion beam, polishing of samples for EBSD and sample preparation for TEM.

Identification of viscoelastic material properties of polymers and composite structures, creep properties of polymers

Non-destructive analysis of solutions and solids, useful for determining the structure of molecules, identification of substances and their mixtures.

Measures the amount of cDNA or mRNA in a sample, either from a population of cells or a single cell

Used in the detection of pathogens in the blood such as viruses

Monitoring changes of O2, CO2, H2 and CH4 in biological processes in a closed system

Monitoring O2 and CO2 changes in biological processes in a closed system

A workplace of four industrial robots (each with a load capacity of 16 kg), which are connected in a RoboTeam configuration. This allows them to work together efficiently to solve even very complex tasks.

Heating of cuvettes

Scratch test: measuring the adhesion of thin layers to the substrate

Testing the breathability of textiles

Combined carbon and precious metal sputtering machine, preferably gold, for surface conduction of electrically non-conductive SEM samples. Equipped with a 165mm chamber and a system for measuring the thickness of the deposited layer.

Sensitive (collaborative) robot with a load capacity of 7 kg. Its main feature is instant contact recognition and the possibility of force reduction during movement, so that they can collaborate on the same parking lot with a human without safety restraints. However, their sensitivity can also be used for tasks such as assembling sensitive parts or solving geometrically uncertain tasks (e.g. handling parts made of soft or flexible materials).