Gas Chromatography Systems Comparison
Gas Chromatography Systems Comparison
This page provides a quick overview of 4 models of gas chromatography systems. Choose the model that best suits your analysis needs from the high-end Nexis GC-2030 for efficient routine analysis with its exceptional performance and high-throughput capabilities, the compact and high-performance Brevis GC-2050.
Contents
1. Summary of Gas Chromatography Product Features
Gas chromatography (GC) systems are complete instruments designed to separate, identify and quantify compounds in gas, liquid or solid samples that can be vaporized. Each system integrates an inlet, a capillary column and a detector and is optimized for throughput, sensitivity or footprint depending on the application.
Designed with the Analyst in Mind
The Nexis GC-2030 features Analytical Intelligence and enables all users to monitor the instrument status and set parameters with ease.
Best-in-class Sensitivity and Reproducibility
Nexis GC-2030 provides the best-in-class analysis accuracy. This makes the Nexis GC-2030 the best choice to measure residual solvents in pharmaceuticals.
Exceptional Extensibility and Productivity
The most optimized system can be selected depending on the purpose of analysis and target components. Four detectors can be controlled simultaneously using LabSolutions.
Compact without Compromise
Space-saving yet expandable design
Sufficient GC oven size
Compact and easy to maintain
Built-in Analytical Intelligence
Reducing running costs due to energy-saving function
Automating the procedures of experienced analysts
Supply gas check
Best-in-Class Performance
Outstanding analytical reproducibility
GC-2010 Pro
Flexible Lineup for Various Analysis
Two analytical lines can be operated simultaneously for different applications.
Industry Leading Detector Sensitivity
All detectors of GC-2010 Pro realize high sensitivity in miniaturization design to meet the ever-increasing demands for trace level analysis.
Options Enhancing Scalability
Simultaneously install up to three injection units and up to three detectors to suit the needs of your analysis.
Basic Model
Ensures essential performance while keeping the price reasonable
Optimized for Routine Analysis
Achieves superior reproducibility with digital carrier gas control
Longtime Bestseller
Designed for flexibility, ensuring the best system setup for multiple analytical applications
2. Comparison Table
| Nexis GC-2030 | Brevis GC-2050 | GC-2010 Pro | GC-2014 | |
|---|---|---|---|---|
| Display |
|
(Windows app) |
|
|
| Shimadzu AI |
 Eco Idling function, reducing running cost |
Eco Idling function, reducing running cost |
|
|
| ClickTek*1 |
(Inlet/column) |
(Inlet/column) |
(column only) |
|
| Auto Injector/Sampler (Sample Capacity) |
(6/12/30/60/150) |
(6/12/30/60/150) |
(6/12/150) |
(6/12/150) |
| Auto Gas Injector |
|
|
|
|
| Headspace Sampler/Thermal Desorption |
/ |
/ |
/ |
*2/(N/A) |
| Dual-Line Simultaneous Analysis |
|
|
|
|
| Capillary Column/ Packed Column |
/ |
/ |
/ (N/A) |
/ |
| Flow Controller |
|
|
|
|
| Inlet(max) |
|
|
|
|
| Detector(max)*2 |
|
|
|
|
| FID Sensitivity |
 |
 |
|
 |
| Column Oven Temperature*4 |
|
|
|
|
| Oven Dimension (mm) /Volume (litters) |
/13.7 |
/9.6 |
/13.7 |
/15.8 |
| Oven Light |
|
|
|
|
| Dimension (mm) |
|
|
|
|
| Nexis GC-2030 | Brevis GC-2050 | GC-2010 Pro | GC-2014 |
*1: Standard or option may vary depending on the region
*2: Restriction on configuration
*3: Detector flow controller is not be electric
*4: Cooling option available
3. GC Components & Accessories Products
Gas chromatography requires various peripherals and supplies depending on the analytical purpose, especially as it relates to gas management, flow line configuration, column installation, sample injection and data processing.
Browse various accessories and supplies that support Shimadzu GC instruments below.
4. Applications
Gas chromatography (GC) systems analyze compounds in gas, liquid and solid samples that can be vaporized by heat. By separating and quantifying these compounds and then mapping the data in a chromatogram, GC systems are highly useful in numerous industries and applications, including:
Laboratory and research
GC systems are frequently used in pharmaceutical testing, specifically in the analysis of active pharmaceutical ingredients (API), impurities and residual solvents, as well as in stability studies. These systems are also invaluable in the field of academic research, particularly in compound profiling, teaching labs and method development.
Industrial applications
The capabilities of GC systems make them ideal for petrochemical analysis and the characterization of hydrocarbons, fuel additives and gas mixtures. Similarly, GC systems feature frequently in environmental monitoring, whereby they’re used for volatile organic compound (VOC) analysis when testing air quality, to discover pesticide residue in soil and identify contaminants in water. In the food and beverage industries, you’ll see GC systems utilized for the detection of preservatives, flavor compounds and contaminants.
Specialised use cases
The level of sensitivity and reliability of GC systems makes them broadly applicable, whereby you’ll find them utilized in the detection of drugs, poisons and biological markers in legal investigations relating to forensics and toxicology. They’re also popular in the chemical manufacturing industry, specifically for process verification, raw material validation and purity testing. The energy sector also uses GC systems in biofuel analysis, emissions monitoring, and the study of natural gas composition.
5. FAQs
Which GC system is right for my lab?
Being clear on your analysis needs will highlight which GC system is right for your lab. You should consider a GC system’s throughput, sensitivity and physical footprint to best help you select the right model for your application. Shimadzu’s suite of gas chromatograms delivers best-in-class functionality, with different models prioritizing certain features and capabilities.
The Nexis GC-2030, for example, offers industry-leading sensitivity and reproducibility, ideal for measuring residual solvents in pharmaceuticals. Then there’s the long-time bestseller GC-2014, which ensures essential performance while keeping the price reasonable. The built-in Analytical Intelligence benefits of models like the Brevis GC-2050 make it a popular choice as a machine that streamlines workflows, while the scalability capabilities of the GC-2010 Pro mean it’s invaluable for larger-scale analyses.
Having a clear picture of the must-haves for your lab’s workflow allows you to isolate the essential functions for chromatogram comparison.
News / Events
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Explore GC Systems for Official Standards
Each Shimadzu System GC Analyzer is meticulously built and rigorously tested to meet the specific analytical needs outlined by applicable industry standards, providing dependable performance for a wide range of applications.
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Unlock New Possibilities with the Fully Loaded Brevis GC-2050: Expanded Inlets, New Detectors, Lower Costs
Explore how the Shimadzu GC Brevis GC-2050 can help your lab achieve significant cost savings and enhance efficiency.
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PONAsolution has been released
The PONAsolution is an analytical software for LabSolutions that effectively supports PONA Analysis and Detailed Hydrocarbon Analysis.
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User's Voice from Nanospace Catalysis Research Unit, Institute of Integrated Research (IIR), Institute of Science Tokyo
From the Development of Zeolite Catalysts to Achieving Carbon Neutrality using Gas Chromatography
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The Gas Chromatograph Brevis GC-2050
The Gas Chromatograph Brevis GC-2050 has been fully updated -compact, powerful, and cost-efficient- crafted to elevate your productivity to unprecedented levels.
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COA Search for SH Series GC Columns is now available
A Certificate of Analysis (COA) is a document that ensures the product meets the shipping requirements. COA Search for SH Series GC Columns has been released.