The Optimass 9500 ICP-oTOF MS -
The Latest in ICP-MS Technology!
What are the benefits of ICP-oTOF MS?
GBC Scientific Equipment (USA) LLC
151A N State St
PO Box 339
Hampshire, IL 60140
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The high performance LC1200 is designed for standard HPLC applications requiring UV-Vis detection, and most suitable for QC and educational laboratories, offering a level of performance and versatility one would expect from much higher priced models. Flexible operation at single wavelengths within the range of 190 - 600 nm makes for versatility. For example, rather than being restricted to one or two wavelengths, you can use the LC1200 at 254 nm for the detection of aromatic compounds, improve sensitivity and selectivity for proteins, peptides, phenols and catecholamines at 280 nm, detect analytes of interest in the visible range, or monitor nitrate/nitrite and carboxylic acids at 200 nm.
The LC1205K is a high performance fully-featured detector for all applications requiring UV/Vis detection. It provides an extended variable wavelength selection range from 190 to 800 nm. The micro-processor controlled stepper motor permits fast and accurate wavelength switching, low-noise dual-wavelength operation and high speed "on-the-fly" spectral scanning. A wide selection of flow cells is available for analytical, bio-compatible capillary and preparative assays. Advanced features include wavelength time programming. Up to ten timed wavelength changes can be easily programmed with the method file protected in non-volatile on-board memory.
The LC1210K is a high performance fully-featured detector for all applications requiring UV/Vis detection. It provides an extended variable wavelength selection range from 190 to 800 nm. The micro-processor controlled stepper motor permits fast and accurate wavelength switching, low-noise dual-wavelength operation and high speed "on-the-fly" spectral scanning.
A wide selection of flow cells is available for analytical, bio-compatible capillary and preparative assays. Advanced features include auto peak detection and spectral scanning, display of spectral information and "Develop File" for automatic wavelength switching. For unattended operation, a "Sample Queue" program automatically switches assay method for multi-assay bench runs.
A refractive index detector is an indispensable universal detector which permits the identification of analytes not easily detected by UV detectors. The LC1245 uses a beam deflection design with microprocessor control of flow-cell temperature for exceptional sensitivity (minimum range 1/64 = 0.015625 x 10-5 RIU/FS) and high stability.
Automatic compensation for baseline and peak fluctuations is achieved with patented electrical and auto-zero design. With a user-friendly keypad and LCD display, the LC1246K continuously monitors signal output and provides immediate visual feedback on detector performance and operation. For unattended operation, all detector controls can be interfaced with your integrator or data station.
A high sensitivity scanning fluorescence detector for fluorescence, phosphorescence and chemiluminescence, the LC1255S uses high-efficiency holographic diffraction gratings optimized for high sensitivity at both lower and higher excitation wavelengths. Selectivity can be adjusted with selectable slit widths. The pulsed xenon lamp provides a high energy level across the entire UV/Vis spectrum and produces no harmful ozone. A wide dynamic range is made possible by 20-bit digital electronics. Time programming of both excitation and emission wavelengths allows optimized sensitivity and selectivity, while automatic real-time scanning of eluting peaks helps identify optimum wavelengths. Up to sixty spectra may be stored for display on the LCD display or played back to an external collection system. Pre-aligned lamp and flowcell simplifies operation.
Add LCEC capability to your existing HPLC system without major instrument re-configurations or user re-training. The LC1260 electrochemical detector provides enhanced detector performance in a robust and easy to use instrument. It adopts a patented Wall Jet Flowcell design optimised for high assay sensitivity, wide linear dynamic range, response stability and reproducibility.
In LCEC the electrode surface is in direct contact with the test medium, resulting in gradual fouling of the electrode surface due to the adsorption of chemicals. The washing effect of the impinging jet made possible by the wall jet design improves electrode stability and precision with much-reduced down-time for electrode cleaning. The design also enables faster warm-up and equilibration. The detector utilises a modular, stackable design and can be readily integrated into existing HPLC systems.
For reliable solvent conditioning for both isocratic and gradient applications, the LC1460 provides four channel on-line removal of interfering gases, particularly oxygen, ensuring continuous stable operation for high quality assay results. Dissolved gases are removed from the mobile phases as the solvents travel through tubular gas-permeable membranes within the degasser's compact vacuum chamber. Channels can be serially connected for further enhancement of the degassing efficiency for trace level analysis.
The degasser allows non-stop unattended operation for higher laboratory productivity. Improved detection limits and baseline stability for UV, fluorescence and refractive index detection, improved pump flow performance, and the elimination of expensive helium sparging are some of the benefits.
The LC5100 is a very high performance Photodiode array detector for HPLC. Precision optics provides high sensitivity, superior spectral resolution as well as high stability and a superb noise level of ± 0.8 x 10-5 AU for unsurpassed sensitivity, bringing new levels of accuracy to trace component identification, spectral elucidation and library searching.
This very compact PDA provides the latest validation tools to support GLP/GMP. Full scan spectra can be continuously collected in the flowing analyte stream. The detector is equipped with both a deuterium lamp and a tungsten-halogen lamp to provide superior sensitivity over the 190 to 800 nm range and real time spectra using a 512 element photodiode array. Full spectral information can be provided at any time during the chromatographic run. Chromatograms at individual wavelengths or three-dimensional plots showing absorbance against both time and wavelength can also be generated. The LC 5100 performs an automatic wavelength accuracy check at four wavelengths as part of its validation procedure.