Inductively Coupled Plasma Optical Emission Spectrometer (ICP-OES)
LabICP1000/ LabICP2000 Inductively Coupled Plasma Optical Emission Spectrometer (ICP-OES)
LabICP 1000 offers excellent spectral resolution, enabling precise separation of complex spectral lines with minimal spectral interferences making it ideal for analyzing rare earth elements and permanent magnet materials.
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Features a closed-loop RF generator with power control accuracy better than 0.1%.
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High spectral resolution ensures accurate separation of complex rare earth lines, avoiding interference and improving data accuracy across the full wavelength range.
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Single-channel scanning monochromator with reflective optics eliminates chromatic aberration.
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Precise mechanical control and 1-meter focal length design deliver high SNR and minimal matrix effects.
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PID-controlled optical chamber ensures stable temperature.
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Built-in safety protections for water pressure, argon pressure, overcurrent, and arc discharge.
LabICP 2000 is a fully automatic, high-resolution, full-spectrum ICP-OES suitable for qualitative and quantitative analysis of major,
minor, and trace elements in various sample types.
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Equipped with a two-dimensional crossed dispersion optical system and a fully solid-state RF power control, offering high stability and broad adaptability.
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The instrument includes a dual-view optical path with adjustable radial observation height, significantly improving the signal-to-noise ratio. Its fully enclosed, positive-pressure optical chamber shortens purge
times. The back illuminated CCD detector with efficient semiconductor cooling ensures long-term stable operation without degradation from optical coatings. -
The user-friendly software supports qualitative and quantitative analysis, data reprocessing, and fullspectrum snapshot recording for easy data storage and retrieval.
