The drilling machine is designed for mechanical drilling of wood, metal, plastics, and other materials.
This system can sputter almost all types of targets, from metals to insulators. This system produces nanostructured films of various thicknesses, which can be used in gas sensors, optical devices, etc.
Used for the deposition of thin films. The device performs magnetron sputtering with variable fields.
The magnetic stirrer is designed for heating and mixing various chemical substances. The maximum temperature is 300°C.
It is designed to obtain high-resolution magneto-optical images and perform microspectroscopic studies with a field strength of up to 5T at temperatures from room temperature to 3.0K.
The CCI FM-50 fiber laser-marking machine uses a pulsed laser beam system. It is ideal for marking and engraving metals as well as industrial polymers with a resolution of 5–10 μm. The improved beam quality, combined with a 10-fold larger focused beam diameter (compared to CO2), makes this fiber marking machine ideal for applications that require ultra-high precision.
The device allows recording of the wavefront of a distorted image, which in turn will allow imaging through complex turbulent environments. It can be used for both optical imaging and in the fields of optical computing.
Microcalorimeter is used for quantitative assessment of thermal stability of biological macromolecules and biotherapeutic preparations.
The microbalance is designed to weigh objects weighing up to 500 g with an accuracy of 1 mg.
A mini centrifuge is used in chemical, molecular biology, and medical research.
The circular dichroism spectrophotometer is used for the analysis of nucleic acids, RNA and DNA, secondary structure, and protein folding.
Lenses are designed to perform various optical experiments.
A spectrophotometer is used for the characterization and analysis of biological molecules, organic and inorganic materials, and their interactions.
A generator of picosecond-duration pulses with a wavelength of 1060 nm.
A device for plasma cleaning various types of surfaces.
The thermometer is designed to measure temperatures in the range of -50°C to 1300°C with an accuracy of 1°C.
Designed for the study of polycrystalline materials in the form of powders.
Designed for X-ray interferometric studies.
Designed for performing three-block X-ray diffractometric studies.
Designed for topographic imaging and studies of single crystal defects.
