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Renishaw manufactures a wide range of optical spectroscopy products, including: Raman microscopes, compact process monitoring Raman spectrometers, Raman analysers for scanning electron microscopes, lasers for spectroscopy, and state-of-the-art cooled CCD detectors.
The Renishaw Raman systems exploit the Raman effect to identify and characterise the chemistry and structure of materials in a non-contacting, non-destructive manner.
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| The economics of site characterization and remediation testing are quite different from those of traditional laboratory analysis. Remediation productivity can be significantly enhanced by moving the laboratory to the samples. Teledyne Leeman Labs has developed a new ICP engineered to withstand the rigors of in-field operation, while also providing laboratory quality data. Identical in design and capability to our powerful Prodigy High Dispersion ICP, the Prodigy-Mobile Lab is built to travel to where you need real time analysis; over land or over sea. |
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Spark emission spectrometer – PMI-MASTER SORT
The PMI-MASTER is a portable universal spectrometer for alloy sorting. The instrument provides a quick and precise analytical overview of all common materials with a Fe, Al, Cu, Ni, Ti and CO base.
The measurement is initiated by an "easy to hold" pistol which does not required extensive training to use. The material grade or chemical composition appears in seconds on the integrated flat screen and can be printed with an external printer.
Data is entered in the Windows GUI (Graphic user interface) via an integrated TFT "touch screen" panel, making the instrument easy to operate even in adverse environments. Depending upon the requirements the instrument offers three different operation modes; one for sorting; one to do Grade ID; and another to do complete analysis of metals. |
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Analysis using X-rays
Energy Dispersive X-ray fluorescence spectrometer (EDX) is the instrument to perform qualitative and quantitative element analysis in the range from 6C/11Na to 92U and is the ideal tools for non-destructive applications. EDX is used in many different applications areas in the chemical, electronic and food industries as well as refineries. It can be used with solid, powder and liquid samples. This is achieved by applying X-ray to the sample and then analysing the re-emitted element characteristic fluorescent X-ray. Security functions effectively prevent exposure to X-rays at all times.
Easy handling and improved detection limits
With a simple push of a button, elements ranging from sodium to uranium can be analysed quickly and easily. In addition, the software enables measuring conditions to be adapted to the sample characteristic. For precise analysis of lighter elements the systems can be operated optionally under vacuum or under a helium atmosphere. The built-in five-filter assembly (zirconium, aluminium, titanium, nickel and molybdenum) effectively reduces interferences and increases the signal quality. This way, the limits are markedly improved for detection of e.g. lead, cadmium, chlorine or chromium.
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novAA series - systems for all techniques
The novAA series covers up the complete range of fully automatic single element and sequential multi element analysis. The series combines unique performance with versatility, automation, reliability and flexibility.
Fast analysis, automated dilution, reliable quality monitoring, all with uncomplicated handling, are a must in Flame-AAS. The series combines the advantages of the transverse-heated graphite furnace with the advantages of deuterium back-ground correction.
Featuring a unique combination of batch and continuous flow modes, the novAA series with its varied systems can optimally match analytical assignments. Whether in the traditional quartz cell or coupled with the graphite furnace ? both modes guarantee the best possible detection limits, compliant with the most stringent statutory limits.
novAA 300
Fully automated flame system with single beam (novAA® 315) and/or double beam (novAA® 330) mode and with automatic 6-lamp turret, available as stand alone-system or with external PC
novAA 400
PC-controlled fully automated compact spectrometer for flame and graphite technique with transverse heated graphite furnace, with single and double beam mode and with automatic 6-lamp turret |
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Maximum analytical performance combined with maximum operating comfort
The ZEEnit 700 is an atomic absorption spectrometer with deuterium and Zeeman background correction for the flame and graphite furnace techniques that does without the replacement of atomizers. This has been made possible by the new concept of two independent sample compartments.
No mechanical movements any more, no intricate replacement, and no alignment ? the change of the technique is not more than a mouse click in software, fast and simple. All combinations are available ? flame and graphite furnace technique, graphite and hydride technique, the convincing combination of graphite and hydride technique, the HydrEA technique, and naturally also the direct solids technique.
The transversely heated graphite furnace with all its highlights ensures maximum accuracy and operation according to the STPF concept. The third-generation Zeeman technique is unsurpassed in background correction ? the variable magnetic field combined with the three-field technique and the dynamic mode are the basis for an extended linear working range and optimum sensitivity. |
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Product Detail
One day all AA will have added intelligence…
Two new spectrometers have been added to the Thermo Scientific AA Series. The NEW Mi and Si spectrometers give you truly unique instruments that incorporates Intelligent Spectrometer Qualification (iSQ), which enables you to automatically test and confirm the spectrometer’s hardware performance prior to any analytical run.
Thermo has developed revolutionary, stylish and fully automatic AA spectrometers coupled with intelligent accessories that will meet and exceed your performance criteria for a wide range of analyses including environmental, clinical, food and WEEE/RoHS applications.
Enhanced AA performance, improved ease of operation, compact size, regulatory compliance and application tailored configurations are key requirements for all modern analytical laboratories. The Thermo Scientific AA Series gives you all this and much more.
=> M Series
=> S Series |
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Mercury analysis in the sub-ppt range
mercur: a fully automatic AFS/AAS system for the analysis of Hg from the sub-ppt range into the mid-ppb range based on the cold vapour technique. The stand-alone system with its fully integrated PC with intuitive high-performance touchscreen ensures the best possible operating convenience.
This unique solution opens up all the benefits of WinAAS software - without the often bulky computer. The printer or other external media are connected via an interface. Data archiving is facilitated by an internal disk drive or directly via the network.
- Extremely low detection limits < 0.1 ppt
- Wide dynamic range across five decades
- Continuous flow mode with or without autosampler
- Maximum automation and high sample throughput
- Integration of the ?intelligent? dilution routine with the AS 52s
- Automatic standard production immediately prior to measurement
- Measurement range expansion option using cascade enrichment via a gold collector - mercur plus
- Conformity with current standards (EPA and EN)
- Optimized gas-liquid separator
- Optimal protection with a novel dry membrane and bubble-sensor
- Optimisation of reaction times |
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| The sensitivity, precision and speed of an analytical instrument are of particular importance for industrial process control applications. The SPECTRO iQ already set standards in this respect. The new SPECTRO iQ II maintains this course with further improved technologies and a consequent alignment towards simplicity and dependability of operation. |
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QUANTAX is one of the most powerful systems available for energy dispersive X-ray microanalysis on SEMs, TEMs, and electron microprobes.
This appareil offers you the capability to analyze samples at any
beam current. The detection systems' efficiency significantly reduces acquisition times even at low count rates. Compared to conventional Si(Li) detectors you can save 30% acquisition time at 1,000 cps and 50% at 5,000 cps. At higher count rates the detector can operate more than 10 times faster than Si(Li)s. Energy resolution remains at its optimum at 100,000 cps and beyond. This permits maximum accuracy also for fast mapping and other high-speed applications. The peak position stays stable throughout the whole operating range. |
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| The SPECTRO PHOENIX II is a polarized ED-XRF benchtop analyzer that offers extreme simplicity of operation in a low-cost compact design. It is ideal for elemental analysis of liquids, solids, pastes, slurries and powders for measuring Mg through U qualitatively and quantitatively. |
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| The MIDAC Illuminator is for spectroscopists who need dedicated instrumentation or custom sampling configurations. Trying to adapt a standard laboratory FTIR to these custom tasks can be like trying to fit a square peg into a round hole. Either you find yourself compromising performance, ending up with an awkward or unreliable mechanical jumble, or paying for instrument features you simply don't use. Finally, there's a solution designed specifically for your needs. The MIDAC Illuminator is a rugged, compact, and high performance FTIR module that easily and efficiently integrates with a variety of sample interfaces in virtually any configuration. |
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Power & Versatility - Nicolet 6700 FT-IR
The Nicolet 6700 FT-IR spectrometeris the most powerful FT-IR spectrometer in the industry. It is useful as both a routine analyzer for everyday applications, and as an advanced instrument for research-grade experiments. It is easily upgradeability and features many add-on options, including microscopes, FT-Raman, and hyphenated techniques. This makes it easy to invest in a basic instrument today that can be developed into a fully loaded, well-configured system over time. |
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FTIR Laboratory Spectrometer
Step up to the new MB3000 FTIR spectrometer from ABB.
It is the most reliable FTIR system in the market with the lowest cost of ownership. Combined with the intuitive Horizon MBTM FTIR software, the MB3000 will facilitate acquisition, processing and analysis of samples.
Easy to use and maintenance free, it will provide constant analysis results for years to come. The MB3000 offers ease of use, reliability and constant results in order to address the concerns of lab users. |
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Features:
- A modular industrial spectrometer designed for versatile external sample interfacing
- A selection of optimized gas cells
- Powerful AutoQuant Pro software
- High quality spectral reference libraries
- Assistance with method development, (including EPA and SEMATEC protocols) |
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| TSI offers a full line of combustion gas analyzers, from our single gas monitors to our full-featured emissions analyzers. They are used for maintaining combustion systems, compliance monitoring, engine research and monitoring, combustion research and industrial emission sampling. |
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| From routine applications to cutting edge research, the Agilent 7500 Series is task-ready. Since the introduction of the world's first Benchtop ICP-MS in 1994, Agilent has led the way in important ICP-MS innovations making the 7500 Series the current state of the art in ICP-MS. The 7500 Series delivers the highest levels of performance for trace metals analysis, while retaining ease of use, flexibility and reliability through automation and excellence in design. Furthermore, our great products are backed by a large team of support specialists - on-hand to help you get the most from your instrument. |
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| The SPECTRO ARCOS can be outfitted with an interface for either axial or radial plasma observation. The new CCD optic system with a Paschen-Runge mount assembly delivers a matchless resolution of 8.5 picometer in the wavelength range from 130 to 340 nm. |
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| The iCAP 6300 and iCAP 6500 are small in size yet big on performance while the advanced design guarantees excellent stability and performance. Using the latest computer aided design and software simulation packages has allowed Thermo’s engineers to develop a revolutionary new design with many unique features, reduce running costs and improve ease of operation. |
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| The SPECTRO GENESIS is the first and only ICP-OES spectrometer available with a complete set of factory calibrated methods for environmental and industrial applications - truly "plug & analyze" without needing to first develop a method. The methods are delivered ready for use straight out of the box with an application package that includes the sample introduction system, sample preparation instructions and method documentation. |
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Kaye Validator® ITMS
The Kaye Validator® ITMS is a portable at-line instrument for accelerating the cleaning validation process. Operators can assess system cleanliness at-line with no delay, and get production lines up and running quickly. As an alternative to traditional analytical techniques, (HPLC and TOC) this instrument provides significant gains in production line utilization and capacity.
Features & Benefits:
Proprietary ion trap technology for unparalleled sensitivity - user programmable to pico-gram detection levels
Rapid sample analysis time (approximately 10 seconds)
Portable design for at-line use
Minimal operator training required
Low sample analysis cost
Self-calibrating
Rapid method development
Minimal consumable costs
Increased capacity utilization and productivity-by minimizing equipment downtime attributed to waiting for traditional analytical lab test results
Increased profitability-by effectively increasing installed capacity, and significantly reducing sample analysis cost
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Introducing the New LTQ XL™ Linear Ion Trap
The LTQ XL extends the MSn performance of the LTQ linear ion trap with powerful new tools to generate extensive structural information for the most demanding proteomics and metabolism applications.
* Multiple dissociation techniques (PQD, ETD, CID)
* Extensive coverage for predicted and unpredicted metabolites
* Fast polarity switching for high-sensitivity analysis of unknowns
* Intelligent Data DependentTM acquisition
* Platform for high resolution, accurate mass hybrids |
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M Series spectrometers provide a full range of resolution, from 2cm -1 for routine analysis up to 0.5cm -1 for high resolution work such as gas and multicomponent analysis. All models are step selectable down to 32cm -1 . The generous sample compartment is accessible from three sides and accepts sampling accessories from most major suppliers.
Current generation M4000 spectrometers truly represent evolved technology. They represent over two decades of product development, incorporating many of the features that allow our high performance dedicated analyzers to achieve low ppb detection levels in complex gas matrices. This includes dual 16 bit ADC architecture, and advanced mirror drive electronics providing six different scan speeds and superior stability. You can select from KBr, ZnSe and BaF2 optics to suit your spectral region of interest. Three available detectors, including air cooled DTGS and liquid nitrogen cooled MCT or InSb provide further flexibility. Thermo-electrically cooled MCT and InSb detectors that do not require liquid nitrogen for cooling are also available. You can even specify a dual detector system, where switching detectors is as easy as turning a key. |
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Mass Spectrometry
Thermo Scientific is the leader in ion trap, quadrupole, hybrid, and magnetic sector mass spectrometers, and hyphenated multi-instrument combinations of these products.
* Request CD: ASMS Posters and Lunchtime Workshops
* New! MetWorks 1.1.0 Software Launched
* Order LC/MS Abstracts Database
* SMI: Small Molecule Investigation |
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| SPECTRO MIDEX is a Benchtop XRF system that provides quick, non-destructive determination of the elemental composition for Jewelry and Dental alloys. The analyzer is also well suited for forensic science applications. It uses state-of-the-art XRF technology and proprietary beam collimation techniques to ensure the easiest, most accurate measurement results possible within a typical 2-3-minute response time. |
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The SPECTRO MIDEX M is a multi-purpose X-ray micro fluorescence analysis (XRMF) system for non-destructive analysis of very small samples in solid or liquid form. It is especially suitable for point analysis, line scan, and mapping.
For determining the exact measurement position in the spaciously dimensioned sample chamber, there is an integrated double video system with different magnifications. On the samples, lines or surface areas can be defined and then traversed and analyzed. The software enables individual measurement points to be evaluated and the distribution of elements to be illustrated graphically within a previously defined sample range. |
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| The Arcspectro HT is a worldwide unique Fourier transform spectrometer (FTS). It is based on a licensed concept that uses the polarization properties of the light and the optical properties of crystals). It provides a extremely high throughput (sensitivity) and does not need external optics to be used (lenss, fibers). The Arcspectro HT is ideal for diffuse reflection measurement and fluorescence spectroscopy. Its ultra compact and robust design maks the device easy to integrate in any application. Its spectral resolution is around 1-5nm at 550nm (depending of the version). Models for VIS and NIR range are available. |
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The ARCspectro-NIR is a compact fibered spectrometer able to measure from 500nm to 2600nm. This worldwide unique scanning Fourier Transform Spectrometer (FTS) uses a licensed exclusive micro actuator fabricated thanks to modern silicon technology. The so-called MEMS (Micro Electro Mechanical Systems) actuator enables precise and fast scans with one single detector. As a result, the ARCspectro-NIR does not need expensive NIR CCD.
The ARCspectro-NIR products family has intrinsically no wavelength range limitations. This makes those spectrometers the only portable spectrometer on the market to be capable of measuring from the visible to the near infrared in one shot with a single device (contrary to grating spectrometers). Also the Arcspectro-NIR does not suffer from second or third order gohst spectral contributions. |
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AM Open Path FTIR Air Monitoring Systems bring the versatility of multicomponent analysis and the immediacy of real-time results to a variety of field applications. Now you can avoid the "hit or miss" guesswork of point sampling and the inaccuracy and delays of "bag and carry" offsite analysis. You no longer need heavy, complicated, and trouble-prone backpacks - and you don't have to wait for days or even weeks for analysis of your canisters to return from the lab.
MIDAC air monitoring systems are extremely compact, lightweight, and easy to set up and dismantle. A single technician can move the system and have it up and running on battery power in a remote location in less than 15 minutes. And you'll get almost immediate feedback from your measurements. |
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