| Description | Shimadzu's Comprehensive GC-MS (GCxGC-MS) System is comprised of a combination of our fast scanning, high-sensitivity quad GCMS-QP2010Ultra and the Zoex Corporation series of modulators, ZX-1 or ZX-2. The QP2010Ultra is the only quadrupole mass spectrometer on the market that scans fast enough to Shimadzu's Comprehensive GC-MS (GCxGC-MS) System is comprised of a combination of our fast scanning, high-sensitivity quad GCMS-QP2010Ultra and the Zoex Corporation series of modulators, ZX-1 or ZX-2. The QP2010Ultra is the only quadrupole mass spectrometer on the market that scans fast enough to fully characterize the 100msec to 600msec peaks created by the modulation process. More economically priced than a TOF-MS, the quadrupole-MS has the added capability of Chemical Ionization and Negative Chemical Ionization for molecular ion spectral analysis and electrophyllic compound selectivity. The spectra generated by quad-MS are easily matched by the standard commercially available libraries such as the NIST, Wiley and FFNSC.
This system is available in a variety of configurations for complete control of your analysis. A second, full function, GC oven, with heated transfer line, can be added to the GCMS system that will allow separate temperature control of the first and second dimensional columns. It is also possible to incorporate our line of Advanced Capillary Flow products such as detector splitting packages, deans switching and backflush kits.
Features - Separation of Overlapping Peaks
- Image Patterns Show Compound Structure
- Data Analysis Software, GC Image
... Read More | The Nexis SCD-2030 is a next-generation sulfur chemiluminescence detection system offering enhanced sensitivity and reliability, excellent maintainability, and automation functions.
Key features include: - Horizontally positioned redox cell – ensures an ample reaction time and reaction zone within
The Nexis SCD-2030 is a next-generation sulfur chemiluminescence detection system offering enhanced sensitivity and reliability, excellent maintainability, and automation functions.
Key features include: - Horizontally positioned redox cell – ensures an ample reaction time and reaction zone within the cell, which promotes the sample's redox reaction and achieves long-term stability
- Simplified maintenance – the unique horizontal design of the redox cell makes it quicker to access and replace the inner pyro-tube without disassembling the redox cell.
- First ultrashort flow path (patent pending) – as the flow path becomes shorter, the sensitivity for both peak area and signal-to-noise ratio increases by up to 2.5 times
- Automation functions – enables operators to finish preparations such as gas control, temperature control and conditioning with a single touch
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