GC-MS – Products

HTA announces the release of the 2800T, the new all-in-one autosampler empowered by Artificial Intelligence, that can automate, all by itself, headspace analysis, liquid sample injection and SPME in any GC and GC-MS system.

PEAK Scientific is pleased to announce its continued and growing partnership with Agilent with the addition of the Precision Hydrogen Trace 500cc model to the global Agilent corporate price list (CPL) on 8th September 2023.

The Agilent 7000E GC/TQ system leads the way in mass spec intelligence. With features like SWARM Autotune, tune accuracy and performance are unmatched. The HydroInert Source with hydrogen carrier gas provides a cost-effective alternative to helium.

While helium remains the gold standard carrier gas used in GC-MS methods, there are growing concerns regarding its unstable supply chain and rising costs.

Our hyphenated solutions couple two or more instruments to increase the power of analysis and save time- more information from a single run. Our TGA and STA systems, coupled with FT-IR, MS, or GC/MS systems deliver the industry’s most complete line of advanced evolved gas analysis (EGA) platforms.

Shimadzu's GCMS-QP2020 NX offers high accuracy, sensitivity, and speed to achieve higher productivity and excellent data quality. In addition, easy maintenance leads to greater uptime while optional software, databases and sample introduction devices address specific application requirements.

Download this compendium to learn more about key advances in the application of MS in biopharma, proteomics and metabolomics .

Accelerate your research with the modular, multimodal PerkinElmer Hyphenation System, an integrated TGA, IR and GC/MS in a single platform, managed by an electronic control panel, enabling the complete characterization of samples with minimized sample preparation process.
With its automated functions, your research can benefit from lower maintenance costs. PerkinElmer Hyphenation Solution reveals sample information and insights that will provide your lab with a competitive advantage that is simply not available with single system analysis while you can rely on a single partner - from installation to application support.

The analysis of semivolatile organic compounds (SVOCs) can be challenging as there are a wide variety of target analytes that span a broad range of molecular weights and boiling points.

With increased price and pressure on the helium (He) market, laboratories are looking for a more sustainable alternative to helium and exploring the option of hydrogen (H₂) carrier gas, which can be generated in the lab in a cost-effective manner and produces fast chromatography and higher sample throughput.