GC System

• Faster ROI with versatile, expandable

• Faster ROI with versatile, expandable configurations – allows for up to three analytical lines for greater productivity or for the versatility of more analyses to be packaged into one GC
• Reduced operating costs with Eco mode – optimizes the use of carrier gas such as helium and reduces electricity use when idle
• Improved workflow with touch-panel interface and remote communications – ensures easy monitoring of the system’s operating status
• Increased productivity with tool-free column installation and inlet maintenance
• Optional, built-in sensor to monitor real time levels of hydrogen in the oven

• Versatile system configurations with choice of sample introduction units and detectors, including a new smaller TCD that significantly shortens the time from startup to stabilization
• Dual line analysis capabilities with multiple detectors
• Reduced helium usage via carrier gas save mode
• Remote display monitoring and control
• Simplified maintenance and tool-less column installation
• Quick, efficient automatic conditioning
• ClickTek™ technologies that simplify the process of replacing consumables
• Allows use of hydrogen as the carrier gas
• ECO Idling Function that automatically learns device usage patterns to reduce gas and power consumption during standby mode
• Optional gas selector achieves additional gas savings by automatically switching the gas from helium to an alternative gas

• Automatic Gas Analysis System Jetanizer/Polyarc Microreactor System
• Thermal Desorption System
• Pyrolysis Analysis System
• Headspace Sampler System
• Multi-Detector System

• Flame Ionization Detector (FID) with sensitivity enhanced by ~20 % over previous models and a minimum detection limit of 1.0 pgC/sec. In addition, it is the world’s first multi-mode FID, equipped with Hy/Ox and Hy/Air modes for the flexible selection of detector gases.
• Thermal Conductivity Detector (TCD) with 25% improved detection limit, with a minimum detectable quantity of 300 pg/mL. This redesigned TCD uses single-?lament technology to significantly reduce start-up time. This TCD also stabilizes quickly and delivers accurate, repeatable results for a variety of gas and inorganic analyses.
• Multimode Injection (MMI) unit featuring five distinct injection modes for versatility that allows a single GC to accommodate a wide range of analytical needs. The Nexis GC-2060 MMI supports split/splitless; programmable temperature vaporization (PTV); direct injection; large-volume injection (LVI); and thermal desorption/extraction injections in a single module.
• Proprietary injection unit insulation delivers excellent temperature stability plus rapid heating and cooling, cutting wait times and keeping your lab running ef?ciently.
• Enhanced expandability that maintains the same instrument footprint as previous models while increasing the number of pretreatment units, sample injection ports and detectors that operators can install.
• Highly flexible system configurations tailored to diverse needs, such as parallel operation with dual-line analysis using the same setup, multi-application coverage with a single GC and high-speed analysis.
• Automatic Eco-Operation function that learns analytical patterns from operating history and performs optimal eco-friendly operation. The system delivers maximum performance during analysis and automatically switches to energy-saving (Eco Idling) mode during standby.
• Easy maintenance with on-demand support and troubleshooting.

• One-touch injection unit access
• Tool-free column installation
• Automated startup and shutdown
• Automated column conditioning
• Precise control of the oven cooling rate

The MDGC/GCMS-2010 is a MDGC system which gives you a excellent separation performance and high reproducibility with the multi-deans switching technology, and supports analyses of complex matrixes like petroleum products, aromas, and optical isomers, with intuitive operation, and ease of maintenance

The MDGC/GCMS-2010 is a MDGC system which gives you a excellent separation performance and high reproducibility with the multi-deans switching technology, and supports analyses of complex matrixes like petroleum products, aromas, and optical isomers, with intuitive operation, and ease of maintenance.

Multi-Dimensional GC/GCMS System:
A multi-dimensional GC/GCMS system performs separation using two columns that have different characteristics. The system has a mechanism in which the components that are insufficiently separated in the first column they pass through (the "1st column") are introduced ("heart-cut") to a second, different column (the "2nd column"). This enables analysis with a level of separation that cannot be attained in conventional single-column analysis.

Outstanding retention time stability :
In the past, samples have been introduced to columns using the switching mechanism known as Deans-switching. However, this system results in such problems as a reduced recovery rate and fluctuations in the retention time. The MDGC/GCMS-2010 system incorporates multi-Deans switching, a new mechanism that significantly reduces the likelihood of fluctuations in the retention times of eluted components, even if switching is performed several times.

A Wide Variety of Optional Systems :
In addition to GCMS, various other detectors, such as an FID or FPD, can be used with the MDGC/GCMS-2010. For example, a headspace sampler and thermal desorption system can be connected and controlled as a pretreatment system. When not using the MDGC/GCMS-2010 as an MDGC system, it is possible to use the GC and GCMS components as independent systems by changing the column and detector connections.