Hyper-fast GC–TOF MS

Hyper-fast GC–TOF MS

Hyper-fast GC–TOF MS
HyperChrom GC and BenchTOF2 mass spectrometer for hyper-fast results
HyperChrom GC and BenchTOF2 mass spectrometer for hyper-fast results
No need for specialist consumables – Hyperchrom GC uses standard fused silica columns
No need for specialist consumables – Hyperchrom GC uses standard fused silica columns
HyperChrom – a Schauenburg Analytics Ltd brand
HyperChrom – a Schauenburg Analytics Ltd brand

Rapid results without compromising on data quality

For GC analysts running high-throughput analyses – such as security and defence applications (explosives and chemical warfare agents) and forensic drug screening – the time-intensive nature of conventional GC-MS methods has often been a bottleneck limiting throughput and productivity.

Such time delays for analyses can have serious implications on decision making, where speed of response is critical e.g. to prevent potential threats, or for the preservation of evidence integrity.

Why choose hyper-fast GC–TOF MS?

The HyperChrom GC when coupled with SepSolve’s BenchTOF2 MS overcomes these problems by offering cycle times up to 50 times faster than conventional GCs, and fast, sensitive, and selective detection, enabling analysts to achieve full sample characterisation (including screening of non-targets) in seconds.This is all achieved using lower elution temperatures for improved chromatography of thermally-labile compounds.

The hyper-fast GC–TOF MS approach is far superior to other fast screening techniques, such as direct MS, which brings compromises in terms of the number of analytes that can be reliably detected, low confidence in identification and optimisation challenges.

  
  • Fast acquisition speeds of BenchTOF2 make it the ideal partner for Hyperchrom GC, with full spectral information for rapid, yet comprehensive, screening.

  • BenchTOF2’s reference-quality spectra provide confident characterisation of the entire sample.

  • Compounds elute from the GC at lower temperatures, for reduced degradation of thermally-labile component.

  • Sharp peaks and improved chromatographic resolution via patented thermal gradient technology.

  • Short time to results and faster method development.

  • Powerful data processing in ChromSpace 1D, including deconvolution for reliable identification. 

  • Ideal for applications where fast turnaround and accurate results are equally important, including:

    • Rapid identification of drugs of abuse.

    • Fast screening for trace explosives.

    • Quality control of products (e.g., essential oils).

 

 

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