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Measuring functions Measurement of absorption, transmission, and reflection spectra Measurement of optical density, transmission coefficient and reflection coefficient at fixed wavelengths Determination of concentration at one, two, three wavelengths by factor, standard, schedule Multi-wave kinetic measurements Determination of concentration by programmed methods Calculation of color and chromaticity coordinates UVI spectrophotometers "SOLAR" operate in the ultraviolet, visible and near infrared regions of the spectrum. They are used in scientific laboratories, healthcare institutions, veterinary medicine, pharmaceuticals, ecology, biology, etc., in laboratories for quality control of products and raw materials in various sectors of the economy (industrial enterprises, agriculture, food industry, etc.) Removable cuvette holders and set-top boxes Accurate measurements Cost-effectiveness Touch screen Built-in printer Software support

Designed for: measurements of the reference measure of the noise temperature unit of nominal values (81 ± 2) K and (293 ± 10) K in the frequency range from 2 to 40 GHz.

Designed for: measurements (along with the primary measuring transducers of PIP) of vibroacoustic characteristics according to specified algorithms during complex monitoring of buildings, structures and mechanisms.

Designed for: provision of multichannel synchronous measurements (together with primary transducers) of vibroacoustic characteristics and characteristics of the external hydroacoustic field of marine objects using spectral correlation (including mutual) analysis. providing the possibility of connecting measuring transducers of various physical quantities with various types of pre-amplifiers, including current, voltage, charge amplifier, converters with integrated ICP type electronics (IEPE, Delta Tron).

Designed for: comparisons of time scales of geographically separated objects; time scale formation and storage; formation of highly stable signals with frequencies of 5 MHz, 10 MHz, 100 MHz; measurement of the difference in time scales of spatially spaced time standards located at a distance of up to 1000 km with an error of no more than 2 ns; measuring the frequency of reference signals of remote standards, as well as determining the parameters of instability of their frequencies and spectral characteristics of signals; time scale storage and a source of a reference highly stable signal on mobile and stationary objects.