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ICP Emission Spectrometer

MANUFACTURER Shimadzu (manufacturer's website)
TRAINING Training is required to use this item and we can arrange this if needed.
CUSTODIAN Mrs Jayshree Bhuptani
Enquire about this item
SITE West Park


Shimadzu´s new simultaneous ICPE-9000 can be used in application stages for a wide range of high-precision analytical assessments from high-level R&D to environmental management analysis to high-concentration component analysis. The ICPE-9000 utilizes a large-scale CCD detector, an Echelle spectrometer, as well as an extremely stable vacuum spectrometer, which enables stable performance over extended periods. The ICPE-9000´s innovative Mini Torch minimizes cost by reducing consumption of argon gas to half that of conventional torches.

The ICPE-9000 features easy-to-use, innovative ICPEsolution Software, which offers such features as a Method Development Assistant, a Diagnosis Assistant, and more.

High Throughput

Utilizing a large-scale 1-inch, 1 megapixel CCD detector, together with an Echelle spectrometer, provides high-speed measurement while retaining precise resolution.

  • Reduce your measurement times from 5 minutes or more to a few minutes
  • Simple data evaluation & recalculation as all element and all wavelength data are acquired during measurement

Low Running Costs

  • Mini Torch - The innovative mini torch reduces consumption of argon gas to half that of conventional torches without sacrificing sensitivity
  • Radio frequency power source tuning enables better sensitivity
  • Vacuum Spectrometer - The first of its kind in an ICP emission spectrometer equipped with semiconductor detectors, the vacuum spectrometer eliminates the need for high-purity purge gas

Stable Performance

The ICPE-9000 maintains stable performance - even during long-term analyses - with almost no reduction in sensitivity by utilizing these key components:

  • Temperature control at precisely +/- 0.1°C
  • Vacuum spectrometer allows for long-term stable measurements even as ambient conditions change
  • Minimal contamination by adopting a vertical-orientated torch


Light sourceTorch
Sample nebulizing chamber
Plasma torch
Axial observation (Axial/radial switching is optional)
Cyclone chamber
Mini torch (conventional torch can also be used)
Coaxial type
Radio frequency generatorOscillator
Max. output
Output stability
Circuit element
Ignition method
Load matching
Quartz oscillator
1.6 kW
± 0.3% max.
All solid state
Fully automatic
SpectrometerOptical system
Wavelength range
Measurement in vacuum UV range
Spectrometer temperature control
Echelle spectrometer
167 - 800 nm
Semiconductor surface detector (CCD)
≤ 0.005nm @ 200nm
Vacuum spectrometer
SoftwareAutomatic wavelength selection
Automatic creation of interfering element information
Qualitative analysis
Quantitative analysis

Semi-quantitative output
Stores data for all wavelength range
Analysis performance30 seconds (integration)Full element measurement
Size1350 (W) x 760 (D) x 740 (H) mm
Weight270 kg
Operating environmentTemperature
Power source
18 - 28 °C
20 - 70%
200 V AC ±10%, 30 A, 50/60 Hz
For details please refer to installation requirement manual.

Item ID #677.

Last Updated: 26th June, 2012

ICP Emission Spectrometer