Inductively Coupled Plasma Atomic Emission Spectrometer

Inductively Coupled Plasma Atomic Emission Spectrometer-ICP OES

Multiple Element Analyser

The ICP OES has high quality optical design which integrates a high density holographic grating and one meter focal length associated with the unique Total Plasma View feature offers the highest resolution of the market along with high sensitivity and stability for the most demanding applications.

Features

Unique Plasma Torch Design for Most Versatile and Accurate Analyses
Its high quality optical design which integrates a High Density Holographic Grating and One Meter Focal Length associated with the unique Total Plasma View feature offers the highest resolution of the market along with high sensitivity and stability for the most demanding applications.
Radial Viewing and Total Plasma View providing Lowest Detection Limits in ICP-OES spectrometry
Unique Sheath Gas Feature for unrivaled stability on samples with High Total Dissolved Solids Content, up to 30% dissolved solids
Continuous Wavelength Coverage from 120 to 800 nm with Far UV option for improved sensitivity for halogens analysis or alternative wavelengths
Unmatched Spectral Resolution minimizing interferences with <5 pm for wavelengths in the range 120-320 nm
Optional Dual Grating System, offering <6pm resolution up to 450 nm for line-rich matrices such as rare earth elements, geological or precious metals applications
Unique Hi Stab Device to achieve exceptional stability for demanding applications
Patented HDD® detection providing sub-ppb to percent level in a single analysis
Dynamic range of up to 10 orders of magnitude using Image
Optional 0.5m or 1m polychromator for simultaneous analysisImage Navigator
Full spectrum display with multiple spectra display capability
Visual comparison with overlaid spectra display capability
Automated qualitative and semi-quantitative analysisMASTER, find easily the right wavelengths
MASTER facilitates the method development by performing automatically selection of appropriate lines according to the concentration range of each element and the matrix.
MASTER is based on the proprietary S³-base developed with real ICP spectra acquisitions and containing more than 50,000 wavelengths identified with full spectroscopic data.
Automatic wavelength selection
Synthetic spectra display
Sensitivity, dynamic range and interference level criteria to adjust line selection S³-base viewer
S³-base viewer displays the entire S³-base database to help with identification of emission lines in unknown samples
Full S³-base database available
Display of analyte wavelength and its relative intensity and detection limit
Display of the list of potential emission lines, including plasma inherent lines, in the vicinity of a selected wavelength with their relative intensities and detection limits
Graphic display of analyte emission line and potential emission lines for facilitated identification

Specifications

Generator

Radio-frequency, solid-state 40.68 MHz, water-cooled

Spectral range

160 – 800 nm

Spectrometer

Thermally stabilized, 1 meter focal length with 2400 g/mm grating used in the 1st and 2nd order

Resolution

<5 pm for 160-320 nm and <10 pm for 320-800 nm.

Plasma torch

Fully demountable torch with 3 mm i.d. alumina injector and quartz tubes

Sample introduction

Concentric glass nebulizer and glass cyclonic spray chamber, 3 channel peristaltic pump

Accesories

Autosampler AS-500 with optional rinse station Argon humidifier.
Introduction system kits for improved performance (small volume, organics, Hydrofluoric acid, high total dissolved solids).
Concomitant Metals Analyzer for simultaneous measurement of hydride forming elements and other elements.
Oxygen kit for alkali elements in organics.

Applications

Chemistry

Environment

Metallurgy

Geology

Petrochemistry

Optoelectronics

Food & Beverage

Material Science

Energy

Photovoltaic

Services