The Brevis GC-2050: Small but Mighty
Over the past few weeks, we have published extensive information about the GC-2050, compiled by our expert and GC product manager Franz Kramp . This article serves as a comprehensive summary of all that valuable information and provides a simple package that connects you to the important facts about the GC-2050. Whether you're looking to increase your lab's efficiency, reduce costs, or ensure high performance, this guide will give you a detailed overview of how the GC-2050 can meet your needs.
Comprehensive Solutions for Modern Laboratories
The Brevis GC-2050 is a compact yet powerful gas chromatograph designed for large routine labs in the chemical, food, and pharmaceutical industries. Its small dimensions allow for efficient space management, fitting up to four units on a standard lab table. Featuring easy operation and maintenance with its “Easy sTop” functionality and detailed instructions via display app, it also offers cost efficiency with a 30% reduction in power consumption and smart features to minimize gas usage. Additionally, it supports hydrogen as a carrier gas and is compatible with leading chromatography data software solutions. Overall, the Brevis GC-2050 provides intelligent automation, high performance, and cost efficiency while requiring minimal bench space.
An Easy Way to Reduce Operating Costs
Addressing the high costs and limited availability of helium gas, the GC-2050 allows alternatrively the use of hydrogen, nitrogen, and argon as carrier gases. It features efficient gas-saving techniques, notably reducing split flow during analysis and standby times, thereby minimizing gas consumption. Operating automatically, it cuts running costs and promotes sustainability by conserving resources. In summary, the GC-2050 Gas Saver offers an easy and effective way to reduce operational expenses and support sustainable laboratory practices.
Efficient Helium Utilization Using an Automatic Gas Selector
Helium costs can be a significant burden in gas chromatographic measurements, especially when validated methods require its use. The Shimadzu GC-2050 Gas Selector addresses this issue by automatically switching to a more affordable nitrogen carrier gas during standby times of the gas chromatograph. It automatically switches to nitrogen after the last analysis in sequence. When a new analysis sequence begins, it efficiently purges and switches back to helium, ensuring optimal performance. This innovation reduces operating costs without compromising the quality and reliability of chromatographic analyses.
Optimized Injector Maintenance with "Easy sTop" Feature
Maintaining gas chromatograph injectors can be a time-consuming process. The GC-2050 simplifies this with its "Easy sTop" procedure, which cools the components below 70°C and signals readiness for maintenance. This allows operators to easily exchange the injector liner and perform an automatic leak check, minimizing downtime and maximizing productivity. The "Easy sTop" feature is activated via software or by pressing the maintenance button on the GC, streamlining the maintenance process and ensuring quick and efficient upkeep
Automatic Leakage Control for Unmatched Precision and Accuracy
Precision and accuracy are paramount in gas chromatography, and the GC-2050 ensures this with its advanced automated leak check. Part of the Easy sTop maintenance procedure, this feature performs a leak check before heating the injector and oven post-maintenance. It can also be initiated by the operator at any time, verifying pressure and flow rates to ensure system integrity. A "Pass" message indicates readiness for analysis, while detected leaks prompt further inspection, ensuring the reproducibility of results.
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Effortless Savings with "One-Touch Shutdown" Feature
The GC-2050 extends the lifespan of its components with its customizable shutdown process. This involves cooling down the system before halting the carrier gas flow, which users can initiate by pressing the GC power button. The process puts the GC into sleep mode, requiring only a small amount of electric power and no gas consumption. Restarting the GC-2050 is equally simple, either via the power button or remote command from chromatography data software (CDS), making this feature both user-friendly and cost-effective.
Automatic Shutdown for Energy and Cost Efficiency
To further enhance efficiency, the GC-2050 includes an automatic shutdown function. This feature prevents unnecessary gas and electricity consumption during idle periods, such as overnight. After the last analysis the GC cools down automatically before stopping the carrier gas supply, saving significantly the and operational expenses. This automatic shutdown ensures that the GC-2050 remains an efficient and cost-effective tool for modern laboratories.
Automated Restart & Intelligence
Complementing its automatic shutdown, the GC-2050 features an automated restart function. Users can specify the date, time, and restart procedure in their chromatography data software (CDS), ensuring the system is ready for measurements at the start of the next working day. The procedure includes purging the system with carrier gas, heating injectors, detectors, and the oven to predetermined values, and additional options like automatically igniting flame detectors and cleaning the capillary column. This analytical intelligence allows for routine system checks and automatic execution of analysis sequences, streamlining operations and enhancing productivity.
Resolving GC-2050 Issues: Fast and Effective Solutions
Simplifying troubleshooting is another strength of the GC-2050, which offers robust support via an interactive Shimadzu webpage. When errors occur, users can access solutions and guided procedures directly through their Chromatography Data Software (CDS) or by scanning a QR code with a smart device. This quick access to troubleshooting resources helps minimize downtime and ensures efficient operation, maintaining the GC-2050’s reputation as a reliable and effective laboratory tool.
In conclusion, the Brevis GC-2050 gas chromatograph offers a comprehensive suite of features designed to enhance efficiency, reduce costs, and ensure high performance in modern laboratories. Its compact design, intelligent automation, and user-friendly operation make it an invaluable asset for the chemical, food, and pharmaceutical industries.