ATEX NORM Monitor-IS Contaminameter
The new NORM-IS was specifically designed for industrial sites handling radioactive materials (NORM classification).
The NORM-IS is designed to detect and measure the contamination of radioactive classified as NORM (enhanced natural radioactivity), which can be concentrated in these industries (industry of phthosphates, ceramics, foundries, water treatment, steel, petroleum…). It can be used in explosive atmospheres without any danger with its ATEX classification.
The NORM-IS has been optimized for a better detection and a good integration in your chain of control (hardened instrument, adjustable alarms…). Its probes geiger Muller and NaI make it possible to measure the contamination in difficult zones of access (Tubes ..).Read more >
High Performance Low Background Lead Shields
HTDS offers you low-noise background shields to improve the results of your HPGe detectors.
Three models are available:
HPLBS1: Opening by the lid
HPLBS1F: Lateral opening by two doors
HPLBS2F: Low output version
12.7 mm low noise Carbon Steel
101 mm Lead certified Doe Run
0.5 mm Tin lining
1.6 mm light Copper liningRead more >
MDS Manual Multi-Detector Alpha-Beta Counter
With the MDS multi-detector meter, access the most sensitive count on the market thanks to the complete independence of its detectors and reduce your costs by sharing non-strategic elements.
The MDS Multi-Detector α-β counter is a modular instrument designed around the MPC-9604 detector (pulse gas scintillation type) module where each detector is independent!
The MCP-9604 has been designed to minimize the noise base and allow very high sensitivity counting – it is associated with an anti-cosmic detector, each chamber has it’s own shielding, the independent power supply of each chamber is linear.
MDS systems differentiate themselves from multi-detectors meters by the lowest noise on the market and the independence of each detector (independence of programming and service).
The MDS counter exists in several versions:
MDS 4: 4 detector chambers and 4 detectors (1 MPC 9604)
MDS 8: 8 detector chambers and 8 detectors (2 MPC 9604)
MDS 12: 12 detector chambers and 12 detectors (3 MPC 9604)
MDS 16: 16 detector chambers and 16 detectors (4 MPC 9604)Read more >
Gamma TEX-1600: Xenon Scintillation Gamma Spectrometer
With the Gamma TEX-1600, protect your environment by detecting SNM threats quickly and with certainty.
The Gamma TEX-1600 is the first gamma spectrometer optimized for SNMs on the market. The TEX-1600 has been specially designed for the detection and spectrometry of low energies (e.g. U235, P239, Am241).
The Gamma TEX-1600 is designed around:
• A pressurized Xenon detector including two photomultipliers
• A nanosecond acquisition card ARKTIS WaveDream
• A software from MCA ARKTIS SpecXViewerRead more >
The IdentiFINDER R500 (formerly the RadHUNTER™) is an extremely sensitive and accurate portable radionuclide gamma identification system (riid).
Available in two configurations (NAl and LaBr), the R500 is capable of detecting, locating, measuring and identifying precisely and quickly the sources of contamination thanks to their signiture of gamma radiation.
The R500 NGH uses a 0.75″ thick and 4″ diameter NaI (Tl) detector, while the R500 HGL ultra 3n uses a LaBr3: (Ce) detector of 1.5″ by 1.5″. Both instruments come with a GM tube for high gamma dose rate measurements and a sealed He3 detector with moderator for neutron detection. Each device comes in a carrying case with battery charger, communication cables and analysis and synchronization software.Read more >
The FLIR IdentiFINDER R200 is a resistive, pirated, individual spectroscopic radiation detector (SPRD).
It is fully compliant with ANSI Standard N42.32 for Individual Radiation Detectors (PRDs) and is equipped with the new generation semiconductor reading technology for detectors. This technology complies with ANSI N42.48 SPRD for the identification of nuclides.
Police and first responders use the R200 during routine roadside checks or high visibility events, and in transit of critical infrastructure at entry checkpoints. The OneTouch Reachback™ feature uses the latest advances in Bluetooth® and web server technology to provide advanced situational awareness before other people arrive. The clear user interface and simple data presentation common to all IdentiFINDER products enable the R200 to be quickly integrated into all existing operational protocols, thus reducing the training burden.Read more >
POD Decontamination SM2000ID
The SM2000ID is a nuclear decontamination detector for high performance gamma spectrometry to be adapted to different media.
The SM2000ID Nuclear Decontamination POD is a moisture protected spectrometry detector operating over a wide temperature range. Associated with the proprietary IPL software, it allows you to quickly identify the radionuclides present and implement the decontamination measures.
The POD can be adapted to several uses:
- On a moving robot
- On a telescopic rod
- On control vehicles
The SM2000ID is available with a wide range of detectors (CZT, Csl (Ti), Nal and/or neutrons) and is perfectly adapted to your needs.Read more >
Versastudio software is designed to control your Princetton Applied Research potentiostats.
It analyzes the results, prepares your reports and integrates almost all electrochemical experiments: voltammetry, corrosion, EIS, energy …
Versastudio is a free software that controls, analyses and edits for your potentiostats/ galvanostats:
• Versastat 3: Base Versastat model (current 6500mA, polarisation +/- 12V)
• Versastat 3F: Model integrating a floating mass for your cells to be connecte to their own mass
• Versastat 4: Evolution model (current 1A, active filters)
• PARSTAT 4000: Entirely integrated model (current 4A, EIS 10µHz – 5MHz, voltage compliance 48V)
• PARSTAT MC: Multichannel (8) potentiostat with a current compliance of 2A
For PARSTAT4000 and PARTSAT MC the embedded software is automatically version -500.
It allows you to implement your electrochemical measurements in a simple way with only your experimental parameters to be validated. When buying your potentiostat you must choose the version you want to use, only the acquired techniques will be accessible by the potentiostat; Thereafter you can increase the number of techniques available via updates.
Depending on your instrument some or all of the software options will be available:
Version 100 : First DC Voltammetry Techniques
Open Circuit, Linear Scan Voltammetry, Cyclic Voltammetry (single), Cyclic Voltammetry (multiple cycles), Chronoamperometry, EIS
Version 200 : Advanced DV Voltammetry Techniques and EIS
VersaStudio 100 + Staircase Linear Scan Voltammetry, Staircase Cyclic Voltammetry (single), Chronoamperometry, Chronopotentiometry, Chronocoulometry, Fast Potential Pulses, Fast Galvanic Pulses, Recurrent potential pulses, Recurrent galvanic pulses, Square wave voltammetry , Differential pulse voltammetry, Normal pulse voltammetry,, Reverse normal pulse voltammetry.
Version 300: DC Corrosion Techniques and EIS
Zero resistance ammeter (ZRA), Galvanic Corrosion, Cyclic Polarization, Linear Polarization, Tafel, Potentiostatic,Potentiodynamic, Galvanostatic, Galvanodynamic ,Dynamic IR, EIS
Version 400 : DC Corrosion Techniques and EIS and Advanced Voltammetry
VersaStudio 200 + VersaStudio 300
Version 450 : Energy Techniques, Voltammetry and EIS
Versastudio 200 + Constant Current Constant Potential ,Constant Resistance , Constant Power, Multi-Vertex Scan, Current CCDPL, Power CCD, Resistance CCD
Version 500 : Voltammetry, Corrosion, Energy and EIS
Versastudio 300 + Versastudio 450
With your PARSTAT 4000 all techniques are available.Read more >
K0307 Tait Cell Kit
The K0307 Tait Cell is ideal for corrosion and thin film measurements.
The K0307 Tait Cell kit was designed to provide a solution to corrosion and coating studies on flat specimens where the electrolyte under study cannot support a standard reference electrode. The cell accepts a wide range of working electrode shapes and sizes eliminating the need for machining or special mechanical preparation of the sample. The diameter and exposed sample area are approximately 6.35cm and 32cm2.
The K0307 kit incudes reference and counter electrodes made from Hastelloy steel (C-276: Nickel-chromium-molybdenum).Read more >
TurboMatrix HS Headspace Samplers
Take advantage of the latest GC technologies with the TurboMatrix Headspace Sampler range.
The TurboMatrix headspace sampler range allows balanced pressure and unmatched sampling technology to meet your GC application needs. Available in either a single tube version or a fully automated version, these TurboMatrix thermal desorbers allow you to eliminate tedious steps and production errors related to the technique, allowing you to extract more information from your samples in less time. With their very intuitive touchscreens, you have an easy and total control of your sampler. Designed for the most demanding users, the TurboMatrix range offers many features and techniques which are very fast and easy to master.
Available in versions 16, 40 and 110 HS, the TurboMatrix range allows even more analysis for your laboratory.Read more >
LM 3100 Crusher for Agri-food Laboratory
Perten instruments offers two types of laboratory mills: hammer mills and disk mills.
The method of preparation of the samples depends on the requirements for the analysis to be carried out. This is the reason why it is impotant to choose the right preparation for the analysis in question.
The LM 3100 grinds grain, pellets, oilseeds, animal feed and fodder. It is suitable for grinding for Falling Number, Glutomatic, Kjeldahl, etc. The Laboratory Mill 3100 is a hammer crusher mounted in a soundproof housing. An air inlet valve regulates the supply of grain to the grinding chamber. High-speed steel hammers reduce particles to fine grind that passes through a grid. The standard grid with holes of 0.8mm diameter, is used for Falling Number, Gluomatic and Near Infrared systems. 0.5 to 2.0 mm grids are also available. The fine and homogeneous grind is separated from the air in a cyclone and is collected in a removable bowl made of stainless steel. The principle of the cyclone, making the grinder practically self-cleaning, increases the analytical cadence, accuracy and efficiency of the laboratory.Read more >
ACQUITY QDa Detector
The ACQUITY QDa detector is used just as easily as an optical detector, with the robustness required to process all your analyzes.
The ACQUITY QDa is perfect for completing your chromatographic system. It limit any risk of co-elutions or unwanted compounds due to the analytical reliability of mass detection. Thus, the productivity of your analyzes increases and the reproducability is maximum without any specific training or expertise. You will not have to wait for the external results of external laboratories. Its compatibility with all existing analytical chromatographic systems makes the ACQUITY QDa an indispensible tool for your laboratory.Read more >
Clarus Sq8 T GC-MS Spectrometer
PerkinElmer's Clarus Sq8 T GC-MS offers you the capability to perform ultra-reliable analysis with its high sensitivity and dynamic analysis range.
With the Clarus Sq8 T, you benefit from the most sensitive and stable spectrometer on the market. The Clarifi detector gives you the choice of your ideal level of sensitivity and the dynamic range you want to use. This spectrometer eliminates background noise and maximises analysis thanks to its extreme sensitivity for precise analysis of samples.
For environmental or food testing laboratories, the detection capability of lower levels of pollutants and impurities is very high and this spectrometer meets the new regulatory requirements.
Based on the innovative Smartcourse system, the Clarus Sq8 T features the fastest GC oven. Indeed the heating and cooling is done very quickly and thanks to the simplicity of the TurboMass system, the data collection and the processing of sample is made very easy.Read more >
Accessories for Portable XRF Analyzers
The complete range of accessories for XRF analyzers makes it possible to find the right tools to improve the working conditions of the operators.
Our portable XRF analyzers allow us to achieve very high levels of performance in terms of analysis. In addition to the quality of the results, it is essential to offer safe, comfortable, fast and ergonomic working conditions.
A complete range of accessories for the XRF analyzers is available in order to optimize the use of all the XRF analyzers in the range. This range includes various types of stand / sample holders to comfortably and accurately perform medium to long run analyzes, mini printers for report management, consumables for mining applications, high temperature protection, etc.Read more >
NexION 2000 ICPMS
For trace multi-element inorganic analyses, the NexION® 2000 ICP Mass Spectrometer (ICP-MS) provides unique benefits to laboratories.
Since high levels of some trace elements can be toxic for humans, plants and animals, the detection of trace elements in environmental samples is essential to ensure that living species are not unduly exposed to toxic levels of any of these elements.
Whether it is drinking water, effluents, wastewater, sediments or soil, the NexION 2000 ICP-MS is the complete instrument for the analysis of trace elements in environmental samples.Read more >
Close-coupled IR-GFC in situ multi-gas analyzer
Complete CEMS in one cabinet - combines infrared analyzer, sample conditioning system and probe into one device to measure: HCl, NO, NO2 (NOx), SO2, CO, CO2, HC, CH4 (TOC), HF, N2O, O2 ...
Developed specifically for CEMS and process online monitoring, the MIR IS in-situ multi-gas CEM analyzer is a compact short-extractive system based on our wellknown MIR 9000 analyzer. Providing high performance, sensitivity and accurate measurements on a large number of gas parameters, the MIR IS offers very fast response time (less than 40ms). It uses the Infra-Red Gas filter Correlation principle, a well-established method to reduce cross interferences between compounds and therefore providing measures with high accuracy and repeatability.Read more >
Multi-gas Analyzer Infra-Red GFC
A unique multi-gaz analyzer for: NO, NO2, NOx, N2O, CO, CO2, SO2, HCl, HF, CH4, TOC and O2. Optional measurement of NOX by chemiluminescence.
Infra-Red Gas Filter Correlation allows the MIR 9000 to offer up to ten gas measurements simultaneously, including Nitric Oxide (NO), Nitrogen Dioxide (NO2), Sulphur Dioxide (SO2), Carbon Monoxide (CO), even Hydrogen Chloride (HCl) and Hydrogen Fluoride (HF). Designed to comply with U.S. EPA 40 CFR 60 & 75 requirements and European regulations such as 2000/76/EC (WID) and 2001/80/EC (LCPD), the MIR 9000 offers maximum availability and complete compliance with applicable regulations.Read more >
Automatic Sequential Particulate Sampler
PM162M is a sequential automatic sampling device for particulate matter in the ambient air.
The PM162M sampler is compliant with the EN12341 standard and can be used to determine the average ambient particulate concentration over the sampling period. The collected material is weighed to determine concentration and can be subsequently chemically analyzed. the PM162M fine dust sampling system is designed to collect particles with aerodynamic diameters of approximately 100 μm or less to be deposited uniformly across the surface of a filter located downstream of the sampler inlet.
The particles are sampled at constant flow rate (1 m3/h or 2.3 m3/h) and collected on filters for gravimetric weighing and possible physicochemical laboratory analysis.Read more >
Continuous, Automatic PM10, PM2.5, PM1, TSP Particulate Monitor
The MP101M analyzer uses the standard ISO 10473 by beta gauge measurement method for the continuous measurement of fine dust in ambient air.
The instrument is certified equivalent to the reference method in accordance with the EN12341 European standards for PM10 and PM2.5 respectively EN14907 and US EPA for the continuous monitoring of PM10 or PM2.5.
The MP101M is a device for measuring particles suspended in ambient air. It allows you to carry out the regulatory monitoring of the PM10 and PM2.5, with triggering of an alarm in case of exceeding the threshold. Its technical principle is based on the measurement of particles by attenuation of beta radiation. The suspended particles are collected by suction of a determined volume on a glass fiber filter, with automatic sequential flow; It travels between a beta radiation source (carbon 14) and a Geiger-Müller (GM) counter.Read more >
The core product of Cairpol is our sensor, Cairsens, and we build several integrated solutions around it, in order to address the various needs of air quality monitoring.
Able to monitor pollutants at very low levels of concentration (ppb-levels for most) with a 1-minute time frame while being calibration-free for a complete year, Cairsens delivers a highly reliable and accurate measurement (comparable to reference analyzers, with a +/-30% accuracy as stated by the European directive 2008/50/EC).Read more >
The VOC72M performs three main functions: the sampling, the GC analysis and the data processing
The sampling is achieved with a single trap filled with a specific sorbent. Its flow through the trap is about 12 ml/min which gives a sampled volume of 165 ml with the standard 15 minute cycle (sampling time >90% of cycle time). Other cycle durations are possible from 10 to 30 minutes. A bypass flow of 35 ml/min maintain a sample input flow when the trap is not sampling.Read more >
Uses unique UV Photometry technology with a patented LED: the O342M is the first commercially certified ozone analyzer not using a mercury lamp as a source of excitation.
The outcome is an ultra compact and lightweight (rack 3U), easy-to-use analyzer capable of measuring ozone at ppb levels.
Applied to ozone measurement, the universally known UV absorption principle consists in measuring UV absorption of ozone molecules. Ozone concentration is determined by difference between UV absorption of the gas sample and the sample without ozone after filtration performed by a catalytic converter.Read more >
The HC51M analyzer’s electrometer measures the current generated by the ionization of the carbon atoms in the flame fueled by a hydrogen/air mixture.
To distinguish between total and non-methane hydrocarbons an optional converter is used to oxidise all the non-methane hydrocarbons. The temperature controlled pneumatics prevents condensation.
The flow is automatically adjusted and the instrument is provided with automatic ignition of the flame in case of flame out or power failure.
The HC51M features a built-in zero/span solenoid valves to perform manual, automatic and remote zero/span checks.Read more >
Carbon monoxide analyzer
The NDIR GFC (Non Dispersive InfraRed Gas Filter Correlation) carbon monoxide analyzer CO12M, combines over 25 years of experience in the NDIR CO measurement with an enhanced electronics package and a modular component parts design.
The CO sample concentration is determined by measuring the quantity of infrared light the sample gas absorbs as it flows through a multi-cell correlation wheel filled on one side with a reference CO cell (reference beam) and on the other side with an empty cell (the measurement beam). As the wheel turns round, the light beam passes alternatively through the CO cell and the empty cell and then through an interference optical filter before reaching the optical detector. If the sample contains CO, the reference beam will not be attenuated by it because it was already attenuated by the CO of the reference cell.Read more >
Suflur dioxide analyzer
The AF22M uses the universally recognized principle of UV Fluorescence applied to the measurement of sulfur dioxide.
The outcome is an ultra compact and light- rack 3U, easy-to-use analyzer capable of measuring sulphur dioxide at ppb levels. Applied to SO2 measurement, the universally known UV fluorescent principle consists in detecting the characteristic fluorescence radiation emitted by SO2 molecules. In the presence of a specific wavelength of UV light (214 nm) the SO2 molecules reach temporary excited electronic state. The subsequent relaxation produces a fluorescence radiation which is measured by a non-cooled photomultiplier tube (PM).Read more >
Nitrogen Oxides Analyzer (NO, NOX, NO2)
The new Chemiluminescent NO-NO2-NOX analyzer, model AC32M, combines our 30 years of experience with its predecessors AC30M & AC31M, with an enhanced electronics package and a modular component parts design
The outcome is an ultra compact and light- rack 3U, easy-to-use, chemiluminescence based analyzer capable of measuring nitrogen oxides at ppb levels. Applied to nitrogen oxides measurement, Chemiluminescence corresponds to an oxidation of NO molecules by O3 molecules. The return to a fundamental electronic state of the excited NO2 molecules is made by luminous radiation, detected by the PM tube.Read more >
ICPMS NEXION300 spectrometer
The NEXION300 is the latest in technology, one ICPMS offering the absolute ion transmission and all modes of work for you free of interference ..
The ICP-MS NEXION ® award-winning 300, the real revolution is expected for many years. ICPMS or plasma torch spectrometry is a physical chemical analysis method for simultaneously assaying all elements that make up the sample to be analyzed. HTDS has devised an ICPMS spectrometer that can be used to perform toxicological, geophysical or environmental analyzes. The device is equipped with a triple cone interface, a deflector at 90 ° C for ion transmission and two modes for interference suppression in a cell. This is for accurate analysis with virtually no error margin. Finally, the ICPMS Nexion 300 spectrometer is easy to maintain and requires minimal maintenance.Read more >
Optima 7300V optical emission spectrometer
Looking for a PKI for your toughest applications, the Optima 7300V offers more stability, less matrix effect, more robust, and always with a scanning speed high.
The radial configuration of the Optima 7300V accepts most difficult applications such as analysis of lubricants and petrochemicals, molten rock (alkaline fusion), high alloy steels (rich in Iron, Nickel, Chrome) for which it is necessary minimize matrix effects and charging effects dun plasma.Read more >
Optima 8300DV optical emission spectrometer
The "Formula 1" of the ICP approach, which offers the best sensitivity, better stability, better resolution, and with the lowest consumption of Argon market you all the speed of the fastest analysis
The new Optima 8300DV provides through its two CCD detectors segmented, simultaneous measurement of the full spectrum, for very short analysis time. Under the dual system (DV) provides the best detection limits and widest dynamic range. The Optima 8300DV is ideal for R & D laboratories and control any type of sample and looking for maximum throughput.Read more >
Optima 8000DV optical emission spectrometer
An easy to use instrument accessible to everyone, which offers the best performance in sensitivity and stability, a cost analysis reduces to a minimum.
The new Optima 8000DV allows CCD detector with its double layer, the simultaneous measurement of the peak and bottom, for analysis times higher than conventional sequential ICP. Under the dual system (DV) provides the best detection limits and widest dynamic range. The Optima 8000 is ideal for R & D laboratories and control any type of sample and / or a high frequency analysis.Read more >
Corrosion complete cell
Complete cell kit for corrosion.
The corrosion kit is ideal for testing and evaluating metal reactions in corrosive environments. The K0047 kit was developed after a long study of the needs of our customers, this cell has become a standard on for electrochemical analyzes. The cell can test a very wide range of metals and different solutions in a uniform and fast way. The K0047 can be used with aggressive electrolytes at ambient and / or high temperatures.
The standard cell accepts electrodes up to 45mm in diameter and 127mm in length. A saturated calomel electrode is supplied with the kit.Read more >
Electrochimical station with hight compliance voltage
Superior quality and exceptional performance - the ultimate electrochemical instrumentation.
The PARSTAT 2273 is the ultimate instrument for your electrochemical research. It offers compliance voltage of up to ±100 V (available at the counter electrode), ±10-V scan ranges, a ±2-A current range, the ability to make electrochemical impedance spectroscopy (EIS) measurements from 10 µHz to 1 MHz, and a design that will sustain long-term, heavy-load operation.
It connects to your PC or laptop via USB and can be used in combination with the PowerSuite™ software that we offer. There are no user controls on the instrument itself.Read more >