Thermo Scientific Inductively Coupled Plasma Mass Spectrometer

NegotiableUpdate on 12/19

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Thermo Scientific Inductively Coupled Plasma Mass Spectrometer iCAP MTX significantly improves analytical performance and sensitivity by optimizing the sample introduction system and enhancing substrate tolerance. Its customized hardware components provide extensive application flexibility, while reducing user maintenance operations and simplifying consumables management. Through automated hardware and software solutions, the efficient operation of the entire process from instrument preparation to result reporting has been achieved, significantly improving laboratory productivity.

Product Details

Thermo Scientific Inductively Coupled Plasma Mass SpectrometerICAP MTX parameters:

Applicable scenarios:

laboratory

Quality range (amu):

The quality range is 2-290 U (only available when the intelligent quality resolution [iMR] is enabled above m/z 225)

Resolution (unit mass resolution, amu):

customize

Instrument detection limit (ng · L-1):

9Be<0.3，115In <0.1，209Bi <0.1； TQ-O2 mode: 32S (calculated as SO+)<50,31P (calculated as PO+)<15,78Se (calculated as SeO+)<1,28Si (calculated as SiO+)<50d

Sensitivity (Mcps/mg · L-1):

Standard mode: 7Li 65, 59Co 180115In 400209Bi 340238Ua 550; KED mode: 59Co 60

Short term stability RSD:

<2 (10 minutes)

Long term stability RSD:

<3 (2 h)

Thermo Scientific Inductively Coupled Plasma Mass SpectrometeriCAP MTXmain advantages

main advantages

Optimized the sample import system to achieve excellent analytical performance

Enhanced substrate tolerance, improved robustness, and increased sensitivity

By customizing hardware components, the flexibility in various applications has been enhanced

• Reduced user operations in instrument maintenance and simplified consumable management steps

By adopting automated hardware and software solutions throughout the entire workflow, covering every step from instrument preparation to result reporting, productivity has been improved