INSIGHT-Thermal modulator for GCxGC

INSIGHT-Thermal modulator for GCxGC

INSIGHT-Thermal modulator for GCxGC
INSIGHT-Thermal modulator
INSIGHT-Thermal modulator
The INSIGHT-Thermal modulator can be configured to all popular GCs
The INSIGHT-Thermal modulator can be configured to all popular GCs
Fast, yet precise, column installation
Fast, yet precise, column installation
Cryogen-free for low running costs
Cryogen-free for low running costs
The smart column holder locks the modulation loops into the correct position EVERY time
The smart column holder locks the modulation loops into the correct position EVERY time

A cryogen-free thermal modulator with unbeatable productivity

SepSolve’s INSIGHT-Thermal modulator delivers outstanding sensitivity and peak capacity, thanks to the focussing capability of the consumable-free cold jet, making it the ideal choice for analysis of trace-level analytes in complex mixtures.

Why choose INSIGHT-Thermal GCxGC modulator?

  • Cryogen-free cold jet compatible with a wide volatility range (C7 to C50+).

  • Fully controlled in ChromSpace software for improved productivity and easier method optimization.

  • Advanced jet control, including ramped cold jet flow rate, enables compatibility with high boiling point analytes (C50+).

  • Smart column holder design provides precise alignment of the modulation loops between the jets, for fast yet accurate set-up and repeatable results.

  • Compatible with all major brands of GC.

  • Minimal standby flows to the cold jet prevents formation of icicles during unattended analysis.

  • The focusing capability of the cold jet provides sharp, narrow peaks for unparalleled sensitivity and peak capacity in GC×GC.

  • Ideal for characterising trace-level compounds in complex matrices, such as environmental screening and petrochemical fingerprinting. 

 

Applications

Characterising petrochemicals using GCxGC–FID with thermal modulation
Characterising complex petrochemicals using the enhanced peak capacity of GCxGC–FID with thermal modulation
Details
Characterisation of pyrolysis oils using GCxGC–TOF MS with thermal modulation
Detailed chemical characterisation of pyrolysis oils from mixed waste plastic using GC×GC–TOF MS with thermal modulation
Details
Characterisation of pyrolysis oils using GCxGC–TOF MS with thermal modulation
Detailed chemical characterisation of pyrolysis oils from mixed waste plastic using GC×GC–TOF MS with thermal modulation
Details