Automated Workflow Solutions for GC and GC-MS

Automate sample handling with the TriPlus RSH Autosampler

Before a sample can be analyzed by gas chromatography (GC) or gas chromatography-mass spectrometry (GC-MS) it needs to be prepared using a multi-step process that helps make it amenable for analysis. The sample preparation process can also be used to enrich for analytes and increase sensitivity or simple prepared standard solutions for instrument calibration.

Sample preparation steps, which can account for more than 60% of the time spent on chromatographic analysis, generally include extraction, clean-up, dilution, standard addition, derivatization, mixing and heating. The Thermo Scientific TriPlus RSH Autosampler and TriPlus RSH Sampling Workflow Editor can eliminate the sample preparation bottleneck in GC and GC-MS analytical workflows for a variety of analytical applications using a robotic autosampler platform capable of combining highly versatile sample introduction with automated sample preparation procedures

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Gain control of your Autosampler

Let the robotic capabilities of the TriPlus RSH Autosampler perform the daily sample preparation workflow for you, including:

  • sequential dilution
  • calibration dilution
  • standard addition
  • sample derivatization
  • heating/mixing
  • vortexing at ambient temperature
  • ambient temperature headspace*
  • ambient temperature SPME*
  • µSPE clean-up
TriPlus RSH

Error-free sample handling

Automatic Tool Change (ATC) provides the foundation for automated basic and advanced sample handling and sample preparation procedures, with up to six interchangeable syringe tools to execute the most complex workflows. Additional modules are available to reliably automate the most common sample preparation procedures, including dilution, standard addition, heating, vortexing and more.

Agitator and Heated Oven

Agitator and Heated Oven

Vortex for Intensive Sample Mix

Vortex for Intensive Sample Mix

Fast Wash Station

Fast Wash Station

Automatic Tool Change

Automatic Tool Change

Large Solvent Station

Large Solvent Station

Dilutor With Large Reservoir

Dilutor With Large Reservoir

Peltier Heating or Cooling of Samples

Peltier Heating or Cooling of Samples

microSPE tray

microSPE tray

Large Wash Station

Large Wash Station


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Sample Prep Automation Webinar for GC and GC-MS

Sample preparation may account for more than 60% of the time spent on chromatographic analysis. Automation can elimination this potential bottleneck in your workflow. 

Learn how to increase sample throughput, improve data repeatability and increase laboratory efficiency by taking advantage of unattended routine operations with automated sample handling.

Watch webinar ›


Featured video

See how the Thermo Scientific TSQ 9000 triple quadrupole GC-MS/MS system delivers the high sensitivity, performance and uptime required by HET Waterlaboratorium to perform hundreds of water analyses.


µSPE Clean-up Tool for the TriPlus RSH Autosampler

Helping laboratories achieve reliable, high-throughput GC-MS analysis of pesticides, the automated cartridge-based micro Solid Phase Extraction (µSPE) Clean-up Tool for QuEChERS extracts is available for the TriPlus RSH Autosampler. This tool offers a fully automated on-line approach for clean-up of QuEChERS extracts and replaces the manual dispersive SPE procedure. Suitable for a wide variety of food matrices, even those with high lipid content, the µSPE tool offers a unified method for GC-MS analysis of hundreds of pesticides and organic contaminants. Using a miniaturized cartridge, this tool also reduces sample volume and solvent usage.

Visit product page >

Automated workflow solutions for MCPDe

Monochloropropane-1,2-diols (MCPD), such as as 3-MCPD, 2-MCPD and glycidyl fatty acid esters, are the most common of the chemical food contaminants known as chloropropanols. They can be found in edible oils, where they are generated at high temperatures during refining processes, resulting in a contaminated product.

Automated workflow solutions for MCPDe sample prep enable simplified determination of these contaminants. The automated sample prep workflow uses the TriPlus RSH Autosampler in combination with Thermo Scientific Chromacol GOLD-Grade Inert Vials and magnetic caps for vial transportation. We offer methods that will meet both your current needs and your future requirements.

Sensitive detection of MCPDe and GE Sensitive detection of MCPDe and GE in edible oils using an automated sample prep workflow with the TriPlus RSH Autosampler and TriPlus RSH Sampling Workflow Editor.
In-vial liquid-liquid extraction

The determination of semivolatile organic contaminants, such as pesticides, PAHs, PCBs, and OCBs in water-based matrices, is often based on liquid-liquid extractions (LLEs) combined with concentration by evaporating the organic solvent followed by analysis with capillary gas chromatography.

Automating the liquid-liquid extraction workflow minimizes cost and effort by reducing sample and solvent consumption. Combining automated in-vial LLE with large-volume injection and a highly sensitive GC-MS/MS system enables the detection of different classes of contaminants at ultra-low levels on a single analytical system. This automated workflow reduces sample handling time and improves laboratory safety by requiring less handling of samples and solvents.

Liquid-liquid extraction sample prep
Liquid-liquid extraction sample prep using an automated workflow with the TriPlus RSH Autosampler and TriPlus RSH Sampling Workflow Editor.
Automated workflow solutions for FAMEs

Fatty acid analysis is common in many industries, but particularly in the food industry. These analyses provide critical information on the nutritional properties of fatty foods, as well as the quality and trading value of vegetable oils. Although gas chromatography is the predominant technique used to analyze fatty acids, GC analysis requires transforming the fatty acids into more volatile, nonpolar derivatives. One way this is commonly done is to convert the fatty acids in the corresponding methyl esters (FAMEs) to ensure compatibility and improved separation with gas chromatography. It is a two-step process involving the saponification of the triglycerides followed by esterification of the free fatty acids.  Automating the entire workflow reduces the human exposure to hazardous chemicals, reduces solvent consumption and increases sample throughput while offering high precision, better recoveries, and more accurate calibration than manual procedures.

FAMEs 540
FAMEs sample prep using an automated workflow with the TriPlus RSH Autosampler and TriPlus RSH Sampling Workflow Editor.
Maximize sample performance

Increasingly sensitive chromatography and mass spectrometry systems demand reliable vials that can routinely deliver the highest purity and the lowest surface activity possible. Only the highest quality glass vials can deliver the sample security and data integrity that are paramount in trace analysis.

Maximize your sample performance and perform more successful assays with Thermo Scientific Chromacol GOLD-Grade Vials.

Learn why glass quality matters >

 

Microsampling Vial Options

How to Crimp a Vial with the New Electronic Battery Crimper

How to Crimp a Vial with the New Electronic High-Power Crimper

µSPE Clean-up Tool for the TriPlus RSH Autosampler

Helping laboratories achieve reliable, high-throughput GC-MS analysis of pesticides, the automated cartridge-based micro Solid Phase Extraction (µSPE) Clean-up Tool for QuEChERS extracts is available for the TriPlus RSH Autosampler. This tool offers a fully automated on-line approach for clean-up of QuEChERS extracts and replaces the manual dispersive SPE procedure. Suitable for a wide variety of food matrices, even those with high lipid content, the µSPE tool offers a unified method for GC-MS analysis of hundreds of pesticides and organic contaminants. Using a miniaturized cartridge, this tool also reduces sample volume and solvent usage.

Visit product page >

Automated workflow solutions for MCPDe

Monochloropropane-1,2-diols (MCPD), such as as 3-MCPD, 2-MCPD and glycidyl fatty acid esters, are the most common of the chemical food contaminants known as chloropropanols. They can be found in edible oils, where they are generated at high temperatures during refining processes, resulting in a contaminated product.

Automated workflow solutions for MCPDe sample prep enable simplified determination of these contaminants. The automated sample prep workflow uses the TriPlus RSH Autosampler in combination with Thermo Scientific Chromacol GOLD-Grade Inert Vials and magnetic caps for vial transportation. We offer methods that will meet both your current needs and your future requirements.

Sensitive detection of MCPDe and GE Sensitive detection of MCPDe and GE in edible oils using an automated sample prep workflow with the TriPlus RSH Autosampler and TriPlus RSH Sampling Workflow Editor.
In-vial liquid-liquid extraction

The determination of semivolatile organic contaminants, such as pesticides, PAHs, PCBs, and OCBs in water-based matrices, is often based on liquid-liquid extractions (LLEs) combined with concentration by evaporating the organic solvent followed by analysis with capillary gas chromatography.

Automating the liquid-liquid extraction workflow minimizes cost and effort by reducing sample and solvent consumption. Combining automated in-vial LLE with large-volume injection and a highly sensitive GC-MS/MS system enables the detection of different classes of contaminants at ultra-low levels on a single analytical system. This automated workflow reduces sample handling time and improves laboratory safety by requiring less handling of samples and solvents.

Liquid-liquid extraction sample prep
Liquid-liquid extraction sample prep using an automated workflow with the TriPlus RSH Autosampler and TriPlus RSH Sampling Workflow Editor.
Automated workflow solutions for FAMEs

Fatty acid analysis is common in many industries, but particularly in the food industry. These analyses provide critical information on the nutritional properties of fatty foods, as well as the quality and trading value of vegetable oils. Although gas chromatography is the predominant technique used to analyze fatty acids, GC analysis requires transforming the fatty acids into more volatile, nonpolar derivatives. One way this is commonly done is to convert the fatty acids in the corresponding methyl esters (FAMEs) to ensure compatibility and improved separation with gas chromatography. It is a two-step process involving the saponification of the triglycerides followed by esterification of the free fatty acids.  Automating the entire workflow reduces the human exposure to hazardous chemicals, reduces solvent consumption and increases sample throughput while offering high precision, better recoveries, and more accurate calibration than manual procedures.

FAMEs 540
FAMEs sample prep using an automated workflow with the TriPlus RSH Autosampler and TriPlus RSH Sampling Workflow Editor.
Maximize sample performance

Increasingly sensitive chromatography and mass spectrometry systems demand reliable vials that can routinely deliver the highest purity and the lowest surface activity possible. Only the highest quality glass vials can deliver the sample security and data integrity that are paramount in trace analysis.

Maximize your sample performance and perform more successful assays with Thermo Scientific Chromacol GOLD-Grade Vials.

Learn why glass quality matters >

 

Microsampling Vial Options

How to Crimp a Vial with the New Electronic Battery Crimper

How to Crimp a Vial with the New Electronic High-Power Crimper

TRACE 1310 Gas Chromatograph  270x195
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Chromatography Consumables Now available to order online!

Ordering your columns and other chromatography consumables is now easier than ever. Register with our online system to get started ordering today.
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Consumables Catalog 2019-2021
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