Gas Isotope Ratio MS Peripherals
Thermo Scientific sample preparation units and interfaces offer the most comprehensive range of applications for isotope ratio MS.
The GC and LC Isolink, GasBench II and Flash HT Plus have revolutionized the way isotope ratios are analyzed setting the standard of today's requirements.
Unique features like auto-dilution, auto-referencing and full automation of C, N, S, O and H analysis in bulk and compound specific applications have opened the door to routine, high precision system operation.
Thermo Scientific* ConFlo IV, the first universal Continuous Flow interface, allows simultaneous attachment of multiple sample preparation devices with different carrier gas flow regimes to the same Isotope Ratio MS.
Special analytical kits suitable for Thermo Scientific* elemental analyzers used for gas isotope ratio mass spectrometry.
Thermo Scientific* FLASH HT Plus is a fully automated elemental analyzer optimized for isotope analysis of C, N, S, O and H.
Thermo Scientific* GasBench II is an innovative solution for high precision on-line isotope ratio determination of gas species, waters and carbonates which combines the precision and accuracy of the dual inlet with modern carrier gas or cont
Thermo Scientific* GC IsoLink* integrates the TRACE GC Ultra with the gas isotope ratio mass spectrometers (DELTA V* and MAT 253*) into one easy-to-use unit.
Thermo Scientific* KIEL IV carbonate device provides fully automated long term performance at ultimate isotope precision for more than 10,000 samples per year.
Thermo Scientific* LC IsoLink* is the first high sensitivity interface connecting HPLC with Isotope Ratio MS for the reproducible and accurate on-line determination of C/12C isotope ratios.
Thermo Scientific* PreCon allows sample sizes to be reduced by three orders of magnitude and improves sample throughput by at least one order of magnitude.
Thermo Scientific* TC/EA is the technological breakthrough bringing the benefits of continuous flow IRMS to on-line oxygen and hydrogen isotope ratio analysis on solid and liquid bulk samples.