EQUISET

ICP mass spectrometer, ICPMS-2050

Shimadzu (Japan)

Description

The Shimadzu ICPMS-2050 ICP mass spectrometer is a high-sensitivity quadrupole inductively coupled plasma mass spectrometry system designed for multielement analysis, including samples with complex matrices and spectral interferences. Like the ICPMS-2040, it features the Mini-Torch System, a high-performance quadrupole mass filter, and gas-saving functions, while additionally supporting reaction-cell operation.

The ICPMS-2050 provides helium collision mode and hydrogen reaction mode. Reactions between gas and ions in the cell help reduce certain polyatomic and doubly charged interferences, enabling sensitive determination of target elements. An optional third-gas introduction unit also enables the use of a 10% ammonia / 90% helium mixture. High-speed cell gas purging, ProActive Rinsing, Extended Rinsing, and LabSolutions ICPMS software support efficient and reproducible analysis.

Features

  • Helium collision mode and hydrogen reaction mode for expanded spectral interference reduction.
  • Optional third-gas introduction unit for a 10% ammonia / 90% helium mixture.
  • Mini-Torch System using approximately 11 L/min of argon, with Eco standby mode to reduce gas consumption.
  • High-performance quadrupole mass filter, high-resolution mode, and online interelement correction (IEC).
  • Thermoelectrically cooled cyclone spray chamber and concentric nebulizer.
  • High-speed cell gas purging, ProActive Rinsing, and Extended Rinsing to reduce analysis time and sample carryover.
  • Preset analytical methods, instrument status monitoring, and an optional Dual Valve Unit for additional automation.

Technical Specifications

Analytical method Inductively coupled plasma mass spectrometry (ICP-MS)
Spray chamber Thermoelectrically cooled cyclone-type chamber
Plasma torch Shimadzu Mini-Torch System
Nebulizer Concentric nebulizer
Mass analyzer Quadrupole mass filter
Cell operating modes Collision (He) and reaction (H₂)
Cell gases Helium and hydrogen; NH₃/He mixture with optional third-gas unit
Argon consumption Approx. 11 L/min; in Eco standby mode, plasma gas flow is 5.5 L/min
Gas control Automatic control and high-speed cell gas purging
Software LabSolutions ICPMS, preset methods and instrument status monitoring

Request pricing and order this product

Our specialists will help you choose the optimal configuration and prepare a commercial offer

Contact us

Recommended products