Leco GCxGC-µECD/FID

Generation of high quality output everyday to meet quality control and production needs requires systems capable to deliver all the tools necessary for outstanding results. LECO GCxGC solutions offer analysts the resolving power of maximal chromatographic separation with unrivalled peak modulation technology. Versatile ChromaTOF® software underpins the exceptional LECO GCxGC hardware performance resulting in increased sampling efficiencies and productivity.

 

GCxGC-FID

Increase efficiency and productivity for samples that are too complex for a single-channel detector system using LECO GCxGC technology.  Offering you the resolving power of a GCxGC system combined with advanced ChromaTOF® software that is ideal for everyday quality control and production needs.  The LECO GCxGC solutions provide you with all the tools necessary to achieve exceptional results.

Delivering unparalleled separating power, and up to an order-of-magnitude increase in peak detectability, for speciating sulphur containing compounds in petroleum or quantifying chiral compounds in flavours or fragrances.  LECO’s GCxGC solutions offer advantages that no other system available on the market can deliver to you in a seamless, easy-to-use package.

 

Benefits of LECO GCxGC-FID:

  • Transfer analytical methods developed on your Pegasus 4D GCxGC-TOFMS to a cost-effective GCxGC system for routine analysis.
  • Enhanced separating power for complex sample analysis
  • Easy-to-use ChromaTOF®-based software provides acquisition processing and reporting functionality within a single package
  • Classification software feature simplifies component identification
  • Vastly increase peak detectability with instant increased peak capacity using GCxGC dual stage thermal modulation technology.
  • Increase in signal-to-noise up to an order-of-magnitude using segmented cryo-focused peaks
  • Gain the ability to separate your peaks of interest AND lower the limit of detection (LOD) of your chromatographic system to levels unachievable in traditional GC methods.
  • Electron Capture Detector (ECD), or Sulphur Chemiluminescence Detector (SCD) models are also available

 

GCxGC-µECD

Increase efficiency and productivity of testing environmental and pesticide samples that need highly efficient chromatographic separation by using LECO GCxGC technology.  In environmental samples it is not unusual to find OCPs with PCBs, which normally complicates the determination of both species.  The selectivity of the LECO GCxGC-µECD technique omits this concern and offers operators a powerful system when combined with advanced ChromaTOF® software.

Reduce the chances of coeluting OCP and PCB interferences by using LECO GCxGC-µECD to increase peak capacity by applying two independent separations to a sample in one analysis with one detector.  At the same time, the LECO GCxGC-µECD technique reduces operational costs by removing the need for multiple sample injections to attain the same or even better output.

 

Benefits of LECO GCxGC-µECD:

  • Vastly increase selectivity and sensitivity enhancement afforded by ECD when combined with the power of cyro focusing effect of LECO GCxGC technology
  • Transfer organochlorine pesticide methods developed on your Pegasus 4D GCxGC-TOFMS to a cost-effective GCxGC system for routine analysis.
  • Accurately and selectively quantify Polychlorinated Biphenyl Congeners and Dioxin-Like Polychlorinated Biphenyls using LECO GCxGC-µECD
  • Enhanced separating power for complex sample analysis
  • Easy-to-use ChromaTOF®-based software provides acquisition processing and reporting functionality within a single package
  • Classification software feature simplifies component identification
  • Greatly increase peak detectability with instant increased peak capacity using GCxGC dual stage thermal modulation technology.
  • Increase in signal-to-noise up to an order-of-magnitude using segmented cryo-focused peaks
  • Gain the ability to separate your peaks of interest AND lower the limit of detection (LOD) of your chromatographic system to levels unachievable in traditional GC methods.
  • Electron Capture Detector (ECD), or Sulphur Chemiluminescence Detector (SCD) models are also available

 

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