Product/Service

RSS

DFS High Resolution GC/MS
Thermo Scientific* DFS High Resolution GC/MS offers outstanding sensitivity for POPs. The instrument offers superior sensitivity for POPs- 20 fg TCDD injected onto the column will give a S/N> 200:1. In continuation of a 50-year history in high performance magnetic sector mass spectrometers, Thermo Fisher Scientific advances this technology with the DFS double-focusing, high-resolution magnetic sector. The DFS has all the best performance of a magnetic sector MS, but it neither looks nor feels like one.

ISQ Single Quadrupole Mass Spectrometer
The Thermo Scientific* ISQ system offers rugged and reliable performance and nonstop productivity. The Thermo Scientific ISQ GC-MS features a new source design ideal for continuous high-throughput operation. The vacuum interlock enables source removal without venting the system for nonstop productivity.

ITQ Series GC-Ion Trap MS
Thermo Scientific* ITQ Series GC-Ion Trap MS offers outstanding full-scan electron ionization sensitivity and upgradeability. From a small-footprint entry-level QA/QC instrument to a fully-featured, research-grade system with advanced MSn functionality, the Thermo Scientific ITQ Series offers a broad range of standard features along with an impressive list of options. As needs change, the ITQ Series offers upgrade options to expand instrument capabilities and add flexibility and versatility. The ITQ Series is supported by Productivity Solutions and workflow-oriented software packages.

TSQ Quantum XLS
The Thermo Scientific* TSQ Quantum XLS delivers the highest sensitivity with femtogram-range limits of detection and unrivaled performance in GC-MS/MS structure selective detection for multi-component target compound quantitation. The TSQ Quantum XLS improves laboratory efficiency and throughput. The robust design of the system offers greater flexibility, high-speed data acquisition and more sample runs, further increasing laboratory productivity.

ELEMENT 2 ICP-MS
Thermo Scientific* ELEMENT 2 ICP-MS is a high performance, double focusing magnetic sector field ICP-MS High performance, double focusing magnetic sector field ICP-MS optimized for ease-of-use, stability and productivity. The ELEMENT2 provides access to a powerful technique to solve a specific problem, combined with excellent sensitivity and signal-to-noise ratio.

ELEMENT GD
Thermo Scientific ELEMENT GD Mass Spectrometer features a glow discharge ion source in a high-resolution mass spectrometer for the direct analysis of conductive material. The ELEMENT GD is tailored to serve high purity metal manufactures as well as their consumers. The ELEMENT GD ion source and sample holder is designed for easy sample changeover, offering routine operation and high throughput.

ELEMENT XR ICP-MS
Thermo Scientific* ELEMENT XR ICP-MS combines a dual mode SEM with a Faraday detector. The ELEMENT XR detection system combines a dual mode SEM with a Faraday detector. Through this combination of a single Faraday collector with the SEM, the linear dynamic range of the ELEMENT XR can be increased by an additional three orders of magnitude, when compared to the ELEMENT 2 ICP-MS.

XSERIES 2 ICP-MS
The Thermo Scientific* XSERIES 2 ICP-MS offers outstanding productivity in a quadrupole ICP-MS for both routine and high performance analytical work. Laboratories can achieve their analytical objectives faster, with greater confidence and less hands-on time from the operator. The XSERIES 2 is a major update the to XSERIES ICP-MS.

LTQ FT Ultra
Thermo Scientific* LTQ FT Ultra combines the most advanced Ion Trap and Fourier Transform Ion Cyclotron Resonance technologies into a single instrument with unprecedented analytical power and versatility. Ultra-high resolution and sensitivity coupled with sub ppm mass accuracy, and MSn are universally available for the toughest applications demanding rigorous structural characterization.

FT-MS
Hybrid FT-MS systems that combine the most advanced ion trap and fourier transform ion cyclotron resonance (FTICR) technologies into a single instrument. The unmatched mass accuracy of our FT-MS systems eliminates false positives and enables the unambiguous identification of unknown analytes with unprecedented power and versatility. Ultra-high resolution and sensitivity coupled with sub ppm mass accuracy are universally available for the toughest applications demanding rigorous structural characterization.

Ion Trap LC-MS
Versatile ion trap LC-MS systems to deliver routine detection and rapid identification of low level analytes. With market and technology leadership based on over 25 years of ion trap innovation, we offer a range of ion trap LC-MS systems for every budget and application. Ion trap LC-MS systems offer unique capabilities such as MSn and data dependent analysis along with excellent full scan sensitivity to provide routine detection and rapid identification of low level analytes. These systems support a variety of applications from compound identification and routine HPLC detection through to the most demanding analyses of low-level components in complex biological matrices.

Orbitrap LC-MS
Orbitrap LC-MS technology is the recognized standard for accurate mass and high-resolution measurement. The platform of choice for the most confident protein and metabolite identification, characterization and quantitation. Orbitrap LC-MS technology routinely delivers the highest-resolution and mass accuracy necessary to reduce analysis times and increase confidence in results. Combined with superior dynamic range and unsurpassed sensitivity, Orbitrap platforms are the only technology capable of providing all four benefits at the same time, without compromise.

Quadrupole LC-MS
Robust quadrupole LC-MS systems to enable the quantitation and confirmation of compounds in complex matrices. Our quadrupole LC-MS systems offer a wide range of capabilities. From the robust single quadrupole MSQ Plus mass detector to the precise triple quadrupole TSQ Vantage mass spectrometer, our analyzers couple perfectly with the Accela high-speed liquid chromatograph to easily accommodate complex matrices encountered in a variety of quantitative applications.