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TOFWERK - Model icpTOF -Inductively Coupled Plasma Mass Spectrometer (ICP-MS)
The icpTOF is an inductively coupled plasma mass spectrometer (ICP-MS) that couples the source and interface hardware of a Thermo Scientific iCAP RQ to a TOFWERK TOF mass analyzer. The iCAP RQ hardware provides versatile sample introduction, robust ICP, simple access to cones and lenses and the Q-cell technology. The TOF adds simultaneous all-element detection, linear response and mass resolving power >6000, while maintaining QMS-equivalent sensitivity. With high-speed mass spectral acquisition and simultaneous analysis of all isotopes, the icpTOF is the ideal ICP-MS detector for multi-element single particle analysis or fast laser ablation imaging.
An inductively coupled plasma mass spectrometer (ICP-MS) that simultaneously measures all isotopes at unprecedented speed
- All the elements. All the time. The icpTOF always records complete mass spectra, so you never miss an analyte or interference signal.
- High mass resolution. The icpTOF 2R has a mass resolving power of 6000 allowing you to separate interfering ions.
- Precise isotope ratios. The icpTOF simultaneously measures all isotopes, thus eliminating the susceptibility of your measurements to source and sample fluctuations. Precision approaches statistical limits.
- High speed detection. The icpTOF records a complete mass spectrum every 12-50 µs making it the optimum detector for fast transient signals such as individual nanoparticles, fluid inclusions and laser ablation pixels.
- Maximum sensitivity. The icpTOF S2 has maximum sensitivity to increase image resolution and detect smaller particles with high SNR.
icpTOF R, icpTOF 2R, and icpTOF S2 Models
The icpTOF R, icpTOF 2R, and icpTOF S2 couple TOFWERK time-of-flight (TOF) mass analyzers to the source and interface hardware of a Thermo iCAP RQ. The optimized performance points enable diverse applications. The high resolution 2R is the choice for applications that demand separation of difficult isobaric interferences. The maximum sensitivity of the S2 increases spatial resolution for bioimaging and allows detection of smaller particles with high SNR.
