Nexis GC-2060 - Features

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• The new MMI supports split/splitless, programmable temperature vaporization, direct injection, large-volume injection, thermal desorption and extraction modes. This expanded range of injection modes provides greater application flexibility and streamlines operation for even the most challenging samples.

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• A complete redesign of the FID and TCD results in industry-leading sensitivity and long-term stability. The Nexis GC-2060 can also be configured with ECD, FPD, FTD, BID, and other detectors, providing the flexibility to support a broad range of applications.

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• The Nexis GC-2060 supports up to two injectors, three injection units and four detectors simultaneously. This flexibility allows one system to handle multiple applications with ease while saving valuable bench space and maximizing versatility.

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  Highly compatible with existing methods and consumables, the Nexis GC-2060 integrates seamlessly into your existing workflow, allowing your lab to begin using the system immediately under familiar conditions with minimal revalidation.

• Contaminated samples often mean frequent liner swaps. In addition, slow injection unit temperature changes can cost valuable time. Shimadzu’s proprietary injection unit insulation delivers excellent temperature stability plus rapid heating and cooling, cutting wait times and keeping your lab running efficiently.
  
  
  Comparison of Instrument Downtime by Maintenance

  

   

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  Chromatogram Comparison of FAME (Fatty Acid Methyl Esters)

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  SPL (Heating)

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  MMI (Heating)

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  MMI (Cooling)

• An intuitive software interface lets users switch instantly between split/splitless, PTV, large-volume injection, thermal desorption/extraction (TD/TE), and direct modes. A built-in universal mode streamlines method transfer from other brands or legacy instruments, minimizing revalidation and downtime.

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• The LVI mode in the MMI concentrates samples in the injection unit, eliminating complex sample preparation steps. The bundled calculation tool speeds up method optimization, allowing users to reach the best conditions faster and more efficiently.

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  Chromatogram Under Large-Volume Injection (C13, C14, C15, C16)

• The redesigned FID in the Nexis GC-2060 reaches a minimum detectable level of 1.0 pg C/s. In addition, it is the world’s first multi-mode FID (MMF)*¹ equipped with Hy/Ox and Hy/Air modes, which allow flexible selection of detector gases, as well as Shimadzu’s proprietary Jetanizer and Polyarc modes.
  *1 Hy/Ox, Jetanizer, and Polyarc modes are optional

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  Relative Sensitivity Comparison Between FID and FID Polyarc Mode

• The Polyarc delivers consistent universal FID response across diverse organic compounds by converting them to CH₄ prior to FID detection. This enables a single calibration approach and reduces time spent preparing dedicated calibration standards.

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  Number of standards required for calibration curve preparation

Next-Gen Thermal Conductivity Detector (TCD)

• The redesigned TCD uses single-filament technology to dramatically reduce start-up time. With industry-leading sensitivity and excellent linearity, it stabilizes quickly and delivers accurate, repeatable results for a variety of gas and inorganic analyses.

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  Comparison of TCD sensitivity stabilization time after startup

• The Nexis GC-2060 is equipped with an “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. In addition, the software displays the amount of gas and power savings, CO₂ emissions reductions, and cost savings.

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  Power consumption comparison

• Fully Automatic Operation
  Once the initial settings are made, no manual action is required to switch to Eco Idling mode. Analysis can start directly from Eco Idling, and the system automatically returns to Eco Idling after completion.
   

  

• Energy-Saving Mode Without Compromising Analytical Performance
  The system delivers the same analytical performance as during a regular run. In addition, the transition from Eco Idling to analysis-ready status is completed in just a few minutes.

  

   

• Gas Selector
  Automatically switch from helium to nitrogen or hydrogen when idle to significantly reduce helium use and lower running costs.
   

  

   

• Hydrogen Carrier Gas Ready
  Supports hydrogen carrier gas with a built-in hydrogen sensor for safe operation. Take advantage of hydrogen’s faster diffusion to shorten analysis times and increase throughput.
   

  

   

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• One-Touch Injection Unit Access

  Standard ClickTek lets you open and close the sample injection unit tool-free by hand, making liner replacement quick, simple and safe.
   

  Easy sTop　

  Press the MAINT. button and the GC automatically cools the injection unit, stops gas flow and enters a safe maintenance state. After maintenance, press the button again to restore normal standby — no complex procedures required.
   

  ECO Button

  Press the ECO button to enable Eco Idling mode, which automatically reduces gas flow and power. Press again to resume normal operation for tasks such as column conditioning. Simple to use, Eco Idling saves energy and lowers running costs.
   

  Tool-Free Column Installation

  ClickTek*^₂ connector — the same reliable connector adopted with the Nexis GC-2030 — lets users quickly install columns tool-free by hand. A tactile click confirms secure locking, speeding column setup and reducing installation errors.
  *2 Option

• Precise control of the oven cooling rate prevents thermal shock to GC columns, extending column lifetime and ensuring stable data quality. When connected to the optional Gas Selector and a standby gas cylinder, the system auto-switches when the main supply of carrier gas runs low, avoiding gas outages that can damage columns.

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  Column Oven Temperature During Cooling

• At GC startup or the beginning of batch runs, baseline drift can occur. Clean Pilot rapidly and automatically conditions the column, reducing operator workload and ensuring more stable, reliable results.

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• The graphical user interface mirrors the instrument’s flow path and layout, allowing gas flow and temperature settings to be visible at a glance. Clear visuals and familiar controls let users set parameters intuitively, avoiding confusion from vendor-specific terminology and operational differences. This simplifies the transition when migrating from legacy Shimadzu GC or third-party GC brands.