
The complete separation and quantitation of specific compounds can be difficult in samples that contain many compounds. In such complex matrices, a heart-cut system using two columns with different separation characteristics can be employed to efficiently separate and quantitate specific compounds.
The Shimadzu heart-cut system is a single-oven model that features the switching device from the MDGC/GCMS-2010 Series, which offers maximum separation capacity.
We recommend this system in situations where the high separation of the MDGC/GCMS-2010 Series is not required.
| | Analysis of specific components in a sample containing multiple matrices | Petrochemicals (gasoline, light oil, kerosene, etc.) -> Analysis of Bioethanol Using the Heart-Cut System |
| Fragrance analysis (foods, drinks, etc.) | |
| Optical isomers | |
| | Separation analysis of minute peaks hidden by major components |
| Fine chemical products | |
| Impurity analysis in raw ingredients | |
| | Analysis of harmful components in environmental samples |
Dedicated software makes it simple to set the separation conditions and switching timing for the target components. Operation synchronized with GCsolution and GCMSsolution also allows efficient GC/GCMS setup.
Advanced Flow Technology Software is available for free.
Visit download site.
| * | Since the heart-cut system consists of a single oven, it does not allow the programming of each oven temperature independently, unlike the multi-dimensional system. |
| * | The 2nd column's temperature is the same as the 1st column. The separation performance of the heart-cut system may be inferior to that of the MDGC/GCMS-2010 Series because the heart-cut system cannot optimize the temperature setting for the 2nd column. |
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