Thermo Scientific iCAP Q: An ICP-MS for precision analysis
The iCAP Q from Thermo Scientific is a state-of-the-art inductively coupled plasma mass spectrometer (ICP-MS) designed to provide a comprehensive and reliable analytical solution. This system is intended for laboratories that require highly sensitive and accurate analysis of complex matrices. Thanks to its modular design, it can be adapted to a variety of applications, ranging from environmental analysis to industrial and pharmaceutical applications.
At the heart of the iCAP Q is its optimised sample introduction system, which includes a peristaltic pump, a high-performance nebuliser, a Peltier-cooled spray chamber and a torch with an interchangeable injector. These components ensure efficient nebulisation and increased signal stability. The instrument is also equipped with an ion optics system, including the RAPID lens and QCell collision cell, ensuring optimal ion transmission and significantly reduced interference.
The QCell is a major innovation, enabling the use of Collision Cell Technology (CCT) and Kinetic Energy Discrimination (KED) modes. These functions are essential for eliminating polyatomic interference, ensuring cleaner detection and more reproducible results. The quadrupole mass analyser, combined with a dual-mode detector (secondary electron multiplier), provides unrivalled resolution and accuracy even for the most demanding samples.
The sophisticated vacuum system, consisting of a rotary pump and a split-flow turbomolecular pump, ensures optimal conditions for the operation of the mass analyser and detector. The iCAP Q also integrates gas management features, primarily using argon to generate the plasma and control internal functions. The iCAP Qa, Qc and Qs models offer configurations tailored to specific user requirements.
With its intuitive interface and data acquisition software, the iCAP Q simplifies experiment preparation and result analysis. Its robust design and integrated safety features make it a reliable solution for demanding laboratory environments.
