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OE Spectrometers
The optical emission technique utilizes a high energy spark created across an argon-filled gap between an electrode and a sample of the material to be analyzed. The spark creates an emission of radiation from the excited sample surface with wavelengths characteristic of the elemental composition.
Featured Products
- ARL 3460 optical emission spectrometer
- ARL 4460 optical emission spectrometer
- ARL ARMS - ARL Laboratory Management System
- ARL Fire Assay Analyzer
- ARL QUANTRIS optical emission spectrometer |
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| Offering high performance without the high price, the ProLine and ProMaxion series of process mass spectrometers provide features and a level of performance associated with much more expensive mass spectrometer systems. The ProLine (bench-top, general purpose) and ProMaxion (weatherproof, hazardous area) are ideal for a wide range of process analytical applications from Pharmaceutical to heavy industrial and refining. |
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Agilent 6100 Series Quadrupole LC/MS systems put the sensitivity, selectivity, and information content of mass spectrometry into an amazingly compact package. Four models are available:
6110 - An economical entry to the power of LC/MS
6120 - The added productivity of ion polarity switching
6130 - A research-grade LC/MS with outstanding sensitivity
6140 - Maximum performance plus fast scanning for fast chromatography and high-throughput applications |
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Quadrupole
Once ions leave the ion source, they pass into a mass analyzer. The function of the analyzer is to separate the ions and to measure their masses. (In fact, what is really measured is the mass-to-charge ratio (m/z) for each ion. However, because in most cases the charge is 1, the m/z value can be taken as being equivalent to the ion mass.)
In each short time interval, ions of a particular mass are allowed to pass through the analyzer whereupon they are counted by the detector. In the next short time interval, ions of a different mass are allowed to pass through the analyzer and again the detector counts how many ions are present. In this way, the analyzer scans through a large range of masses.
In MS, scanning speed is important, because components that have been separated on the column may all elute in a short time interval.
In addition, the instruments can be used to monitor selected ion masses. Selected Ion Monitoring (SIM) is typically used to look for ions that are characteristic of a target compound or family of compounds. It is this ability of a quadrupole to spend up to 100% of it's duty cycle monitoring for a specific ion of interest that makes it the best detector for demanding quantitative applications requiring high sensitivity, the lowest Limit of Quantitation possible and the best RSD's. |
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Raman Spectroscopy
A principal method of non-destructive chemical analysis at macro- and microscopic levels, Raman spectroscopy requires minimal sample preparation. Raman is particularly useful in the analysis of molecular structure and geometries, and is complementary to FT-IR. Modern developments in Raman instrumentation make it one of the easiest to use techniques. |
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Mobile Spectrometer TRISTAN 5
The TRISTAN® 5 is a compact and completely independent spectrometer. It is operated via a coloured touchscreen with a menu similar to Windows or a PDA. The integrated software lets you perform measuring operations and analyse the obtained measuring values immediately after measuring without an additional PC. Functions like temperature-related dark current correction, dark noise correction, amplitude correction etc. are performed automatically.
The internal 4 MB memory allows saving up to 100 spectrums. In addition, the measuring data can be saved on an external memory card with max. 128 MB memory with an integrated Smart Media™ card reader. Via the serial RS232 or USB* interface, the TRISTAN® 5 can be operated as a desktop device from any Windows PC with the supplied software TRIWin 3.2 PRO. Easy data transfer is secured and spectrums can be saved in CSV format, for example.
The MyInstrument driver enables easy access to the device from other applications like Excel and GRAMS/IO, for example. The TRISTAN® 5 is equipped with a stabilised power pack unit. |
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| The Agilent Technologies 6220 Accurate-Mass Time-of-Flight LC/MS delivers a combination of mass accuracy, mass resolution, sensitivity, and in-spectrum dynamic range that exceeds that of comparable TOF systems. Its superlative performance is amplified by new, state-of-the-art MassHunter Workstation software with unrivaled feature extraction and data mining capabilities. Together, they provide unsurpassed confidence whether you are confirming synthetic compounds, profiling biomarkers, identifying impurities, screening food for pesticides, or characterizing intact proteins. |
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| The S4 PIONEER - the most compact 4 kW wavelength dispersive X-ray fluorescence spectrometer (WDXRF) is dedicated to serve all applications with need for high performance and high sample throughput: Whenever reliable trace analysis, high analyzing speed for accurate process control or robustness for industrial use is demanded - the S4 PIONEER is the right choice for industry as well as for research and development. |
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ARL OPTIM'X XRF spectrometer
Flexibility, simplicity, reliability, and accuracy are traits of the ARL OPTIM'X: compact, optimized for specific applications, its features are:
* Unique WDXRF platform with sequential and/or simultaneous capabilities
* Fast analysis of solids, liquids and loose powders with superior spectral resolution
* Wider XRF elemental coverage thanks to the instrument’s innovative goniometer – the SmartGonio™ - which can now be configured to cover all elements from fluorine (F) to uranium (U) in sequential mode
* No water cooling or gas supply (depending on configuration) required
* Closely coupled optics for increased intensity (50% higher than conventional geometry) |
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The SPECTRO XEPOS can be delivered with pre-installed application packages. The application packages are a combination of hardware and analytical methods; installed in the factory and individually tuned.
The range of applications includes, among others: The analysis of waste, soils, sewage sludge, additives in oil, cement, slag, refractories and electronic components and parts in compliance with RoHS, making the SPECTRO XEPOS a true multi-talent. |
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Advantages:
- Simultaneous multi-element trace analysis incl. halogenides
- Analysis of smallest sample amounts in the nanogram or microgram range
- Simple quantification using an internal standard
- Suitable for various sample types and applications
- Portable system for fast in-field analyses
- No matrix or memory effects
- Low operating cost |
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Redefining AAS
contrAA is the newest generation of flame AA spectrometer featuring highest performance and never seen dimensions in flame analysis ? never change lamps again.
The contrAA 300 atomic absorption spectrometer is the first commercially available instrument for the HR-CS AAS with impressively unique features:
- Immediately ready to measure, no lamp drift because of simultaneous double beam stability
- Simple operation and simple and rapid method development (free of interferences)
- Low running cost
- High sample throughput
- Ready to measure for each element on each line (rare elements, PO-, CS-bands)
- Real sequential multi element analysis, partly simultaneous determination of trace minor and major elements (Ni/Fe, CU/Ni, Pb/Fe)
- Improved detection limits
- Improved simultaneous background correction (spectral interferences, molecular flame structures) with CCD-Detector
The contrAA is characterized by robustness, capability of determining a wide range of elements in complex waste and waste waters with low operational costs and performance similar to competitive techniques such as the inductively coupled plasma (ICP). Thus this approach closes the gap between AAS and ICP and is a viable alternative procedure. |
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Features:
EDX 2800 is specially designed for RoHS substance detection (Cd, Pb, Cr, Hg, Br) and full elements analysis, jewelry analysis and plating thickness measurement.
Specifications:
Content ration range: 0.01%---99.99%
Measurement time: 60---300 seconds
Accuracy: 1ppm for RoHS directive test. (for samples whose contents are more than 96%)
Energy revolution: 165+-5eV
Measurement substance: solid, powder and liquid
Test Range: 75 elements from sulfur to uranium
Detect source: Electro-refrigeration SI-PIN semiconductor detector
Power supply: AC 110/220V+-5V
Relative humidity: ˇÜ 70ŁĄ
Weight: 130lb
Configuration:
Single sample chamber: 24*16*4In
Signal-to-Noise Enhancer (SNE) provides powerful assurance for measurement accuracy
Electro-refrigeration SI-PIN semiconductor detector is more convenient than liquid nitrogen refrigeration.
Switch collimators and filters automatically for different samples
High voltage power supply: Tube voltage (Max): 50kV; Tube current (Max): 1mA
X-ray tube: Tungsten target material
X-ray Optical System: Bottom Optical system
CCD Camera: 1.4 million pixels CCD camera
Applicable software: RoHS analysis software
(applicable to Windows 2000 and Windows XP operation systems)
Collimator: ¦µ8, ¦µ6, ¦µ4, ¦µ3, ¦µ2, ¦µ1, ¦µ0.5, ¦µ0.1mm
Safety
The instrument has double shield covers and the outer cover has lead sheet which can prevent Xray from leaking
The shield cover of the instrument has interlocks with high voltage of X-tube. When the cover is open, the X-ray tube is shut down automatically to prevent X ray from leaking. |
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| Alba FCS™ is a dual channel spectrometer that combines a confocal scanning microscope with fluorescence correlation spectroscopy (FCS) and is optimized for both single-photon and multi-photon excitation. Alba FCS™, Spectroscopy on Single Molecules Applications Measurement of molecular dynamics Measurement of kinetic rate constants Antibody-antigen interactions Ligand-receptor interactions Nucleic acid hybridization Molecular aggregation and polydispersity Chemical reactions |
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| The MALDI Q-Tof Premier provides an exchangeable API/MALDI source. Its rapid, tool free switch between modes makes it a 'no compromise' choice if you require a dual ionization, exact mass MS/MS instrument. |
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240-MS GC Ion Trap
Leading the way in GC/MS Analysis
The Varian 240-MS Ion Trap, together with the Varian 450-GC, delivers unparalleled capabilities for both research and routine applications with reliability you expect from an industry leader.
The Varian 240-MS Provides:
- Unsurpassed sensitivity (200 femtogram OFN)
- Less maintenance and high reliability to deliver maximum productivity
- Accurate identification and quantification of trace analytes
- A unique choice of configurations with internal and/or external ionization
- Intuitive software that makes operation simple
- Powerful MS/MS and CI options
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LC/MS
LC/MS single quadrupole mass analyser product family including mass directed fraction collection using prep LC/MS and web enabled software.
- LCMS 2010A Advanved
- Mass directed purification
- PsiPort™ mass directed auto-purification software
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LC Mass Spectrometer: Ion Trap and Quadrupole
500-MS LC Ion Trap
By delivering excellent sensitivity over the entire mass range in full scan mode, and exceptional MS/MS and MSn capabilities, the Varian 500-MS quickly provides superior information for even the most complex sample matrices.
320-MS Triple Quadrupole
The Varian 320-MS provides femtogram sensitivity, a 2000 m/z mass range and a choice of chromatographic and ionization configurations to match your budget and your needs – all in less than 72 cm (28 inches) of linear bench space
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GC and GC/MS Solutions
Unlock improved productivity and performance in your laboratory.
* GC Biodiesel Solutions Launched
* Offer extended! - GC/MS Promotional Offers
* DSQTM II single quad GC/MS
* Unmatched intelligent sequencing with ToxLabTM 2.0 software
* Workflow-Oriented Software - EnviroLabTM Forms 2.0 and ToxLab Forms 2.0 |
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| The new Thermo Scientific LTQ Orbitrap Discovery provides access to the breakthrough Orbitrap™ technology for a wide range of labs. The robust, powerful and cost-effective system is ideally suited for general proteomics and metabolism applications, offering a superior alternative to Q-TOF systems. Featuring high resolution and excellent accurate mass capabilities, this hybrid LC-MS system achieves high throughput label-free profiling for differential expression while the MSn capability makes the instrument ideal for small molecule characterization and structural elucidation. The LTQ Orbitrap Discovery is a highly sensitive system with up to 30K resolution power and an exceptional scan rate, enabling the separation of trace level, isobaric analytes. |
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AQ6319
Powered by constant technological innovation, Ando presents its new flagship, the AQ6319 optical Spectrum Analyzer. The new AQ6319 packs the power of cutting-edge technologies with many years of research. It holds the best optical performance on the market and provides customers with a user-friendly interface for faster and more accurate measurement. In fact, the AQ6319 raises the standards in the optical testing industry.
With an unprecedented wavelength accuracy of ±10 pm (1520-1580 nm), the AQ6319 OSA has become an outstanding instrument in both general and specialized R&D labs for high accuracy wavelength measurement. Ando keeps the "free-space" design between the incident beam and the monochrometer; this proven technology which is inherited from the world-renowned AQ6317 series OSAs offers much greater facility for researchers using specialty fibers, especially with large core diameters. The new AQ6319 offers a much faster sweep speed than the previous models. It also features a LAN connection for faster and easier data transfer, as well as remote control capabilities. In addition, many new analysis functions have been included.
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