Reference : AE-2

Petroleum hydrocarbons analyzer AE-2 is designed for continuous automatic monitoring of content of petroleum hydrocarbons in potable, natural, and waste water. The instrument comprises a sample preparation unit and a fluorescence detector. The sample preparation unit provides metered water feed and switching of the water and reagent flows, control of temperature, mixing and mass-exchange processes. The detector (or optical cell) performs the detection of fluorescence of petroleum hydrocarbons extracted by hexane from the sample using a patented chromato membrane technology.

The analyzer is installed stationary and is controlled using a built-in microprocessor or an external PC. In a stand-alone operating mode, the selected reaction sequence can be assigned from a built-in keyboard. A firmware allows assigning any sequence of operation of system components and altering the flow rates from 0.02 to 20 ml/min. The instruments are equipped with a 4-20-mA current loop and RS485 computer interface for customized report output and remote computer control. Concentration measurement results, up to 1000 values, are stored in a built-in memory and are displayed, in milligrams per liter, on a built-in digital LC display. If concentration of petroleum hydrocarbons exceeds a threshold level, the alarm mode is activated and a relay may be triggered following a command from the analyzer.

Typical measurement cycle duration is 5 - 15 min (depending on concentration of the analyzed sample)

Features & Benefits

• Continuous on-line monitoring
• Digital data processing
• High measuring rate
• Low interference from suspended particles
• Automatic cleaning of the hydraulic system of the analyzer in case of contamination
• Programmable sample intake rate

Reference : AH-1

AH-1 analyzer is designed for continuous automatic monitoring of total content of calcium and magnesium salts (total hardness) in water. Analyzer performs automatic monitoring of water stream for technological processes of water treatment, power generation industry, for environmental monitoring. The analyzer consumes virtually no chemicals during measurements. The analyzer may be incorporated in a complex control system of water treatment process.

Features & Benefits

• Continuous on-line monitoring
• High stability of the performance characteristics of solid-state electrodes
• Stable hydrodynamic conditions of the primary potentiometric transducer functioning
• Automatic correction for variations in the flow temperature
• One-point calibration
• Programmable sample intake rate
• Digital data processing
• Self-test diagnostics

Reference : AriaDNA

Polymerase chain reaction (PCR) is now often indispensable technique used in medical and biological research labs for a variety of applications including qualitative and quantitative nucleic acid analysis; DNA cloning for sequencing, DNA-based phylogeny, or functional analysis of genes; the diagnosis of hereditary diseases; the identification of genetic fingerprints (used in forensic sciences and paternity testing); and the detection and diagnosis of infectious diseases.

Features of Microchip PCR Analyzer "AriaDNA"

• PCR analysis time (45 cycles) – 20 minutes, due to high thermocycling rate (10–12 °C/s)
• Low sample and reagent consumption. only 0.5–1.8 μl of 2x PCR master mix for 0.5–1.8 μl sample
• Low detection limits : 1–5 DNA/RNA copies per microreactor
• Microchips with ready-to-use immobilized PCR reagents reduce user’s labor content
• Qualitative and quantitative DNA/RNA analysis, simultaneously in 20–48 microreactors via 2 detector channels (FAM, SYBR Green / ROX, Cy5)
• Minimizing contamination. PCR is performed in a microchip isolated from environment
• Real-time data monitoring. Current process settings (temperature, PCR cycle); analysis time; expected time to complete analysis; PCR curves parameters; plus/minus DNA analysis results
• User friendly graphical interface
• Automatic report generation
• CFR 21 Part 11 complaint
• Export results in industry standard data formats

Reference : BA-15

BA-15 is a multifunctional benzene analyzer based on the differential absorption spectrometry using the direct Zeeman effect.

Due to the low power consumption and light weight the spectrometer is especially useful in the natural gas production and processing industries, in which benzene is often main toxicant.

The BA-15 Analyzer is intended for measuring BENZENE vapour concentration in the ambient air and in the air of residential quarters and production areas.

The analyzer can be used for on-stream measuring of BENZENE vapour concentration in the air both in a stationary mode and for continuous survey from vehicles.

The analyzer is a useful tool in industrial hygiene, ecological monitoring, technological process control and scientific research

Features & Benefits

• Simple to operate, fully automated, self-validating analyzer
• Real-time operation mode
• Low detection limit and high selectivity
• Built-in test cell and auto zero function
• Wide dynamic measuring range
• Controlled by a keypad or a computer via USB interface
• Data logger for 122 hours of data acquisition, averaging, and storage
• Rugged/Versatile design for indoor and field applications
• Rechargeable battery for up to 12 hours of operation

Reference : CAPEL-105M

CAPEL-105M is a capillary electrophoresis system for fast and effective solutions for food industry, environmental applications, pharmaceutical and chemical industries, biochemistry and forensic science.

Features and Benefits

Extended instrumental options

• Spectra scanning facilitates peak identification
• Broad range of controlled injection pressure allows analysis of viscous samples
• Reverse sample injection under vacuum: ultra-short analysis time (less than 1 min) and sample stacking to decrease detection limit

Precise and highly effective capillary thermostating provided by circulating liquid coolant (water)(± 0.1 C)

• Extended range of applied buffers and increased efficiency in separation

Powerful software package "Elforun"

• Increased flexibility in performing analyses of various complexity
• Any kind of complex runs are possible including those with pre-programming of changes in analysis conditions
• Customized report, data export to other programs

Unique design of the capillary cassettes

• Easy capillary change in just a few minutes
• Lower Detection Limit due to the optimized optical scheme

Reference : CAPEL-115

Capel-115 is a portable capillary electrophoresis (CE) system intended for determination of a wide range of analytes in various types of samples, including water, soil, food, and fodders using main modes of separations available in capillary electrophoresis.

Features & Advantages 

• Portable, light, and field deployable
• Small footprint
• High separation efficiency
• Multiple components determination in one run
• Suitable for various types of analytes from small ions to macromolecules
• Liquid cooling of capillary ensures high reproducibility
• Fast analysis (most analyses take 5–15 minutes)
• Simple sample pre-treatment (just dilute and filter)
• Low analysis cost (nanoliters of reagents, only low-cost consumables are needed)
• Power supply unit equipped with a built-in rechargeable battery and AC power cord
• IQ/OQ protocols

Reference : CAPEL-105M

Capel-205 is a new generation capillary electrophoresis system with advanced options and design. Its main features are:

• Extended autosampler capacity up to 59 positions, allowing to provide overnight analyses
• Standard centrifuge-type vials of 1.5mL volume (Eppendorf-type) closed with their original caps are used for all solutions
• Specially designed unit automatically opens vials just prior to their use, thus preventing evaporation and any kinds of cross-contamination
• New HV block provides voltage up to +/- 30 kV thus improving separation efficiency and decreasing analysis time
• Optionally – integrated unit to control the state of the inner capillary surface provides significantly improved migration time reproducibility especially when analyzing samples with complex matrices

Thus Capel-205 can be the very best choice not only for R&D and low-scale analyses but also for the customers dealing routinely with dozens of samples per day.

Features and Benefits

Extended instrumental options

• Extended autosampler capacity up to 59 positions – hundreds of samples per months can be analyzed
• Integrated vials caps removal – all solutions are kept in the autosampler tightly closed excluding evaporation and cross-contamination
• New HV block provides voltage up to +/- 30 kV – separation efficiency is improved and analysis time is decreased
• Redesigned capillary cassette – length of the thermostated part of the capillary is increased to improve migration time reproducibility
• Spectra scanning facilitates peak identification
• Broad range of controlled injection pressure allows analysis of viscous samples
• Reverse sample injection under vacuum: ultra-short analysis time (less than 1 min) and sample stacking to decrease detection limit

Precise and highly effective capillary thermostating provided by circulating liquid coolant (water)(± 0.1 C)

• Extended range of applied buffers and increased efficiency in separation

Powerful software package "Elforun"

• Modified Elforun-205 to become even more user-friendly when operating with extended autosampler capacity
• Increased flexibility in performing analyses of various complexity
• Any kinds of complex runs are possible including those with pre-programming of changes in analysis conditions
• Customized report, data export to other programs

Unique design of the capillary cassettes

• Enlarged thermostatic part of the capillary improves migration time reproducibility
• Easy capillary change in just a few minutes
• Lower Detection Limit due to the optimized optical scheme

Reference : CRAB

CRAB is an easy-to-operate, active oil slicks optical detector. The instrument detects the presence of oil using optical sensing with a vertical laser beam and measuring the differences in the reflection properties of water and oil products.

The optimized optical scheme, signal processing routine, and modulation of the light beam intensity provide a drastic decrease of the influence of the wind waves and background illumination on the measurement results.

Features & Benefits

• Continuous remote optical sensing, no sampling
• High sensitivity: detection of oil slicks with thickness down to 0.5 micron
• No interference from scattered radiation
• Low interference from ripples and waves (beam/surface angle up to ±20°)
• Built-in data acquisition and processing
• Waterproof housing for outdoor installation
• Ex-proof option is available
• Mounting at stationary points, buoys, motor boats
• Long-term operation without maintenance

The horizontal dilatometer DIL L75 H was developed to meet the demands of the academic community and research laboratories worldwide. With this system, thermal expansion behavior of solids, liquids, powders and pastes for a variety of applications can be precisely determined. The unique design of this system guarantees highest precision, reproducibility and accuracy. This line of instruments is capable of performing measurements under vacuum, oxidizing and reducing atmospheres.

This system can be ordered in a single, dual or differential version for even higher precision or sample throughput. Optionally the mechanical and electronic components of the dilatometer can be separated to allow measurements in a glove box.

With our automatic pressure control, the contact pressure can be continuously varied between 10 and 1000 mN, depending on the application. This feature continuously controls the selected contact pressure throughout expansion and/or shrinkage of the sample.

The following physical properties can be measured

• CTE
• Linear Thermal Expansion
• Alpha Physical
• Sintering Temperature
• Phase Transformations
• Softening Points
• Decomposition Temperatures
• Glass Transition Temperatures

Reference : FLUORAT-02-4M

FLUORAT-02 is a multifunctional fluorescence analyzer intended for analysis of water, soil, foodstuff, etc.

This instrument determines a wide range of analytes based on fluorescence, chemiluminescence, phosphorescence and photometry techniques.

Features & Benefits

• Low detection limit
• Fast analysis with low reagent consumption
• 4-in-1 instrument: fluorometer, chemiluminometer, photometer, and nephelometer
• High analytical selectivity compared to conventional photometirc instruments
• Capable of determination of total petroleum hydrocarbons (TPH), anionic surfactants, nitrites, B, U, Al, Zn and a large variety of analytes
• COD-analyzer with thermoreactor TERMION
• Equipped with dedicated software FLUORATE

Reference : FLUORAT-02-5M

FLUORAT-02 is a multifunctional fluorescence analyzer intended for analysis of water, soil, foodstuff, etc.

This instrument determines a wide range of analytes based on fluorescence, chemiluminescence, phosphorescence and photometry techniques.

Features & Benefits

• Low detection limit
• Fast analysis with low reagent consumption
• 4-in-1 instrument: fluorometer, chemiluminometer, photometer, and nephelometer
• High analytical selectivity compared to conventional photometirc instruments
• Capable of determination of total petroleum hydrocarbons (TPH), anionic surfactants, nitrites, B, U, Al, Zn and a large variety of analytes
• COD-analyzer with thermoreactor TERMION
• Equipped with dedicated software FLUORATE

Reference : FLUORAT-02-Panorama

FLUORAT-02-Panorama spectrofluorometer is the most sophisticated instrument in the FLUORAT-02 family. It is intended for scientific research, chromatographic analysis, and can also operate as a part of multimodule automatic measuring facilities. The spectral regions in the excitation and detection channels are set by fast, independently controlled, built-in monochromators, which enables functional programming during the measurement process and allows to synchronously scan the spectra.

A proprietary optical scheme provides a high sensitivity of the instrument, especially in the UV spectral range, where it is difficult to isolate a spectral interval using a light filter. The instrument is controlled with a built-in keypad or an external computer.

Features & Benefits

• Monochromators both in excitation and emission channels;
• Multifunctional operational capabilities;
• Wide variety of accessories for measurements outside of the cell compartment;
• Spectrofluorometric detector for HPLC;
• Synchronous and 2D (two-dimensional) scanning.

Reference : InfraLUM FT-08

Our new FT mid-IR spectrometer InfraLUM FT-08 has been designed basing on our extensive R&D and expertise in the IR spectroscopy (infrared spectroscopy). This multipurpose and easy-to-operate instrument provides a well suited option for various analytical laboratories. The high-quality misalignment-proof optics, high-sensitivity DLATGS detector, and a wide variety of accessories ensure the users’ absolute confidence in the high accuracy of the measurement data and make it an ideal tool for routine measurements at low inventory investment and running costs.

FEATURES AND BENEFITS

• Patented high-quality misalignment-proof Double Cat’s Eye interferometer
• Hermetically sealed optical compartment with the automated moisture monitoring system
• High-sensitivity DLATGS detector
• Advanced radiation source with extended service life
• Built-in smart total self-diagnostics system
• Innovative ergonomic design of the spectrometer housing that provides best convenience for the operator
• Large sample compartment 230 X 240 X 180mm
• Wide variety of accessories, include complete line of compatible Specac and PIKE Technologies optical FTIR accessories
• Intuitive comprehensible software with integrated calibration module & library search module
• Automatic validation system of the spectrometer
• Remote diagnostics of the spectrometer

Reference : InfraLUM FT-12

NIR analyzers have become an indispensible tool for the monitoring of production process technology and quality control of food products.  The Lumex InfraLUM FT- 12 NIR analyzer is used for rapid analysis of various agricultural and food products and beverages enabling simultaneous determination of main constituents/parameters with the highest accuracy possible. The analysis is very rapid (1.5minute) and non-destructive, and usually does not require any sample preparation at all. Used routinely, the instrument allows significant analysis costs reduction compared to common wet-chemical methods. Thanks to the use of FT spectroscopy, the InfraLUM FT- 12 model features a very precise and reproducible analysis.

Reference : InfraLUM FT-12 WholeGrain

Rapid analysis of grain quality parameters (determination of protein, moisture, gluten content, vitreousness and other parameters of wheat). Determination of oil content, protein and other quality parameters of interest in cereals and grain legumes. Analysis results are obtained within 1.5 minutes, no reagents required..

Reference : LIGHT-915M2

Light-915M2 is a compact, portable mercury analyzer designed for convenient direct Hg measurement in air. High accuracy and real-time operation along with small size and weight make it an excellent device for field work.

Features & Advantages

• Low detection limit 0.02 μg/m3
• Measurement range from 0 to 200 µg/m3
• High selectivity
• Long-term calibration stability
• Real-time measurement with 1 second response
• Fully automated with built-in test cell and auto zero
• Automatic zero drift and span drift correction
• No memory effect
• Integrated storage for 12 days of data acquisition
• Battery up to 15 hours of continuous operation (charging time is 3.5 hours)
• Robust design
• Easy to use and maintain

Reference : MGA-1000

The MGA-1000 series of graphite furnace atomic absorption spectrometers crystallizes intuitive technology and exceptional handling.

The unique High Frequency Zeeman background correction system ensures effective compensation of intense and rapidly changing spectral interferences and brings routine analysis of complex samples to new heights.

MGA-1000 spectrometer is an excellent solution for reliable and accurate trace elements analysis and major cations determination in various fields:

• Environmental monitoring
• Water treatment
• Food and beverages
• Agriculture
• Pharmaceutics and life science
• Medicine and biochemistry
• Forensics and clinical research
• Petrochemistry and refineries
• Process control and material analysis
• Science and research

Graphite Furnace Atomic Absorption Spectrometry (GFAAS) provides optimal combination of high selectivity and sensitivity with low running cost.

Reference : RA-915 LAB

RA-915 Lab is the new direct fully automated laboratory mercury analyzer with 45 position autosampler. It provides accurate, reliable and cost-effective measurements in the broadest range of applications areas. The instrument analyzes solid, semisolid, and liquid samples with no pretreatment, reagents and almost no wastes. RA-915 Lab can be supplied without autosampler.

Features & Benefits

• Direct analysis of solid, semisolid and liquid samples, any kind of sorbent traps
• Unique analytical range extended up to 2 000 000 ppb
• No sample pretreatment, no reagents, almost no wastes
• No compressed gases (oxygen or argon), no pre-concentration on gold traps
• Powerful and user-friendly RAPID software with flexible operation modes
• No memory effect: a sample with low mercury concentration can be analyzed right after one having high mercury content
• PC controlled programmable furnace temperature: optimal decomposition mode for any kind of samples

Reference : RA-915AM

RA-915AM monitors are designed for continuous mercury measurements in ambient air, indoor air and in natural gas. Ideal for permanent unattended installation at air monitoring stations, RA-915AM monitor for ambient air allows ultra-sensitive measurements of background Hg concentrations and is compliant with the European standard EN 15852 for ambient air monitoring.

The monitors feature fully-automated unattended operation without the need for the monthly technician maintenance and frequent recalibration. The use of the instrument allows cutting down operation costs as the analyzer requires no argon cylinders for operation and no consumables.

The remote data transfer makes it possible to connect the monitor to data collection systems via RS232, Modbus, and analogue output.

Features & Benefits

• Direct continuous measurements
• Low detection limit and wide range of measurement
• Highest selectivity
• No chemicals, no carrier, and zero gases
• Stable calibration
• Automatic zero drift and span drift correction
• Automatic recalculation to standard conditions
• Auto control and preventive maintenance functions
• Robustness and low maintenance
• Customized operation parameters and communication protocol

Reference : RA-915AMNG

RA-915AMNG monitors are designed for continuous mercury measurements in a natural gas stream and are ideal for permanent unattended installation at the gas monitoring stations.

RA-915AMNG monitor for natural gas allows direct rapid analysis of mercury in natural gas, enables prompt reaction to variations of mercury concentrations in the stream, monitoring of the MRU units and other applications.

The RA-915AMNG monitor requires very little maintenance and attention from the plant personnel (service may be done during maintenance shutdown) and requires no reagents/consumables for operation (only filters and lamp require periodic replacement during planned maintenance).

The remote data transfer makes it possible to connect the monitor to data collection systems via RS232, Modbus, and analogue output.

Features & Benefits

• Direct continuous measurements
• Low detection limit and wide range of measurement
• Highest selectivity
• Long-term calibration stability
• No chemicals, carrier and zero gases
• Automatic zero drift and span correction
• Automatic recalculation to standard conditions
• Auto control and preventive maintenance functions
• Robustness and low maintenance
• Customized configuration

Reference : RA-915F 

Feature & Benefits

• Direct mercury determination in samples with complex matrices
• Highest selectivity
• No pre-treatment procedures required
• Broad dynamic measurement range: > 5 orders of magnitude
• Automated temperature adjustment control for dynamic range enlargement
• No memory effect
• Thermoscanning option
• Visualization of mercury output from the sample, user-friendly computer interface
• High calibration stability
• No carrier gas is needed

Reference : RA-915M 

The mercury analyzer RA-915M is a unique all-purpose high sensitivity analytical instrument for measuring mercury, especially for the real time detection of mercury vapor in air, mercury detection in water, natural and stack gases, oil and condensate, solid and sediments, foodstuff and so on.

RA-915M 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 mercury vapor. Being combined with an RP-92 Cold Vapor accessory for water and PYRO-915+ 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.

Features & Benefits

• Simple to operate, fully automated, self validating analyzer
• Rugged/Versatile design for laboratory and field mobile conditions
• Ultra low detection limit and highest selectivity
• Real-time operation mode for air and gases
• Direct determination of mercury in liquid and solid matrices within 60 seconds (attachment required). No sample preparation, no use of hazardous chemicals or bottled gases 
• Built-in performance verification test cell and auto zero function
• Wide dynamic measuring range (four orders of magnitude)
• Controlled by a keypad or a computer via USB interface
• Data logger for 122 hrs of data acquisition, averaging, and storage
• Rechargeable battery for up to 12 hours operation

Reference : RA-915M/PYRO-915+ 

RA-915M Mercury Analyzer with pyrolyzer PYRO-915+ (with large optical length of analytical cell 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 µg/kg.

Using of RA-915M spectrometer with background correction and a developed two-chamber catalyst atomizer PYRO-915+ allows direct analysis of complex-matrix samples.

PYRO-915+ atomizer consists of two chambers. The first is for evaporation of liquid and pyrolysis of solid samples. The second chamber is continuously heated about 800°C. There, all mercury compounds are dissociated and smoke and interference compounds are burst.

The power supply unit of the attachment provides stable air flow speed and temperature of chambers and analytical cell.

Feature & Benefits

• Unique direct mercury determination (no pretreatment procedures required) in liquid and solid samples (including complex matrix organic samples): waste water, blood, foodstuffs, oil and oil products, bottom sediments, rocks etc.;
• Fast mercury determination without its preliminary accumulation on a gold trap;
• Broad dynamic measurement range: 5 orders of magnitude;
• Variable temperature of the decomposition chamber allows selection of optimal atomization. Preset modes for various types of samples are embedded in the software;
• Heated analytical cell rules out interferences even for a sample with a high content of organic substances and chlorides;
• Boost heated function (stepwise heating of the atomizer) allows to control the completeness of the mercury release from the sample;
• Monitoring the background absorption during measurement allows effective selection of the permissible weight of samples of any composition, thereby avoiding analysis errors;
• Visualization of mercury output from the sample, user-friendly computer interface;
• Calibration coefficient is set using standard mercury-containing sample of any composition, high calibration stability;
• Automatic control of the air flow rate, no carrier gas is needed.

Reference : RA-915M/PYRO-915+ 

RA-915M mercury analyzer with RP-92 attachment is used for determination of mercury concentration in liquid samples (water, blood, urine).

RP-92 attachment is intended to transfer bound Hg from ion to atomic form using “cold vapor” technique.

Feature & Benefits

• Any sample preparation technique can be used
• Ability to use single-path or multi-path analytical cell depending on the task (background measurement or analysis of highly contaminated waste water)
• Mercury determination without gold amalgam pre-concentration
• Wide dynamic measurement range more than 3 exponent (without sample dilution)
• Detection limit is on background level of mercury content in natural waters
• Visualization of the process of Hg coming from the sample, user-friendly interface
• Calibration stability (it’s necessary to check the stability once a day)
• Possibility to carry out field analysis without a PC
• Measurement of low Hg concentration in drinking and natural water, foodstuffs
• Control of Hg content in wastewater and washouts
• Mercury determination in blood, urine and other liquid samples