RA-915+ Mercury Analyzer is a portable multifunctional atomic absorption spectrometer with Zeeman background correction, which eliminates the effect of interfering impurities. It is the only high sensitivity and selectivity instrument that does not require gold amalgam pre-concentration and subsequent regeneration steps. This enables the user to conduct real time monitoring and detection of a mercury vapor. Being combined with an RP-91 Cold Vapor accessory for water and RP-91C pyrolysis attachment for solid sample testing, the instrument is designed to determine mercury content in ambient air, water, soil, natural and stack gases, dental and medical testing and diagnostics, analysis of food and marine life, etc., the mercury detection limits being as low as 2 ng/m³ in air and 0.5 ng/l in water.

RA-915+ Mercury Analyzer with new pyrolyzer PYRO-915+ (with large optical length of analytical cell (40 cm) and heated windows of the analytical cell)is developed for unique direct mercury determination (no pretreatment procedures required) in complex organic samples at the level of few mg/kg.

Background mercury monitoring of ambient air, technological control. The RA-915AM monitor is designed for the continuous measurement of the mass concentration of elemental mercury in ambient and indoor air, and technological gases.

CAPEL^®-series Capillary Electrophoresis Systems. Capel^®-105M/105 and -103 are high-performance CE instruments equipped with light sources and photometric detectors. Capel^®-105M and Capel^®-105M are equipped with a UV monochromator, covering the 190-380-nm spectral range, while model Capel^®-103 operates at a 254-nm wavelength. Capel^®-103 has a manually controlled sampler with 4 inlet and 2 outlet positions, and Capel^®-105M and Capel^®-105 have autosampler with 10 inlet and 10 outlet positions. The samples, rinsing and buffer solutions are injected automatically by pressure or electrokinetically according to a preset program. All the instruments are equipped with capillary cassettes with effective liquid-cooled capillaries of 30-100-cm in length and internal diameter of 25-100 µm, reversible polarity ±25 kV voltage supply units. The dedicated software package supports data acquisition and processing, data exchanges with worksheets, databases and word processors. The systems are utilised with software package from a PC that makes the analysis fully automated.

InfraLUM^® FT-02 FTIR Spectrometer contains, as a basic unit, a state-of-the-art robust vibration- and misalignment-proof Double-Cat-Eye interferometer of a proprietary design. The InfraLum^®FT-02 covers the spectral range of 350-7500 cm^-1 and provides the photometric accuracy of 0.1%. The instrument is designed for identification of unknown substances, quantitative analysis of solutions and mixes, detection of impurities in atmospheric air and gases, and other similar analyses. The large sample compartment can accommodate all conventional and non-standard large cells and accessories. The use of the dedicated user-friendly SpectraLum control, data acquisition and processing software package, and calibration and reference databases allows even an unskilled operator to operate the instrument.

InfraLUM^® FT-10 FT-NIR Analyzer is a multipurpose near-IR (8500-14 500 cm^-1) FT spectrometer, which is designed for laboratory analysis of basic components of food products, grains, and feed mixes, such as proteins, fats, moisture, sugar, cellulose, starch, fibers, salt, etc., Determination of such biological properties of a sample as the sprouting ability of seeds, caloric content of food products, grain size, and others can be also achieved using this machine. The instrument employs the NIR-transmission technique, accommodates most of chemometrics prediction algorithms, and allows for high flexibility of analysis methods. The analyzer is controlled by a dedicated SpectraLUM/Pro software, which enables to carry out routine analyses in a very simple dialogue mode, so that even an unskilled operator can operate the instrument.

InfraLUM WholeGrain FT-NIR Analyzer is a near-IR FT spectrometer designed for laboratory analysis of basic properties/constituents of grain, such as protein, fats, moisture, sugar, cellulose, starch, fibres, etc. The instrument employs the NIR-transmission technique, accommodates most of chemometrics prediction algorithms, and allows for high flexibility of analysis methods. The analyzer provides very simple user interface via dedicated SpectraLUM/Pro software and touchscreen, which enables to carry out routine analyses in a dialogue mode, so that an operator can operate the instrument without any special training. The most precise FT spectrometry together with potion wise sampling ensures most accurate results that can be obtained by NIR spectrometry.

Fluorat^®-02-series Analyzers employ the modular principle to diversify the highly sensitive and selective luminescent analysis technique. The base unit, Fluorat^®-02, is a filter-based fluorometer, photometer, and chemoluminometer. All these modes of operation are implemented in the same optoelectronic scheme. In addition, the Fluorat^®-02-2M version is a time-resolving fluorometer, which can be used as a fluorometric detector in any HPLC system. The analyzers are equipped with high-pressure xenon arc lamps, with a high-intensity light in the 200-650-nm spectral range, and are furnished with appropriate sets of light filters and measuring cells. Fluorat^®-02-02/3M analyzers operate in a user-friendly menu mode to analyze common contaminants, such as petroleum hydrocarbons, phenols, surfactants, formaldehyde, nitrites, nitrates, sulfides, fluorides, and a number of elements. The software package allows for saving calibration tables and background value for 16 different components in the built-in memory, and for printing out the results of analysis. These analyzers can also operate with a fiber optic cable to measure luminescence or reflected light from the surface of an outside sample, such as paper, cathodoluminophors, etc. The small (300x300x90 mm) and light-weight (8 kg) analyzers are energized from an ac mains or from a 12-V battery, which allows their use in mobile laboratories