GS6000 Headspace Analyzers

An oxygen headspace analyzer and carbon dioxide gas analyzer ideal for modified atmosphere packaged (MAP) product testing and quality control. GS6000 is a reliable and low-cost option.

GS600: affordable and reliable headspace analyzer

Choose an oxygen headspace analyzer from Systech Illinois, recognized worldwide for its line of precision oxygen and carbon dioxide MAP analyzers. The Gaspace6000 offers high levels of performance technology and operator ease to fulfill the latest industry demands for accuracy and reliability. 

Advanced gas and oxygen headspace analyzer

These highly advanced instruments are equipped with integral sampling systems, unique, miniature, long-life, zirconia and infrared sensors, and microprocessor control to deliver the most accurate and repeatable performance possible when testing MAP. 

The internal microprocessor manages calibration, autoranging, flow control, test duration and many other functions to ensure consistent, error-free results for gas analysis while the new, more compact, corrosion resistant enclosure minimizes the required foot print space on carts and table tops. 

Benefits of the GS6000

Our easy-to-use headspace gas analyzer offers a number of benefits, including:  

• User-friendly software parameters that are easy to enter and can be secured against accidental change.  
• Headspace samples can be injected directly into the instrument when automated sampling is not practical. 
• The AccuFlow transducer provides accurate flow control and replaces antiquated ball type flow meters. 
• Flow is internally monitored to ensure trouble free performance and a warning displayed should the flow become obstructed. 
• The robust sample wand is designed to accept standard luer accessories and includes easily replaced needles and particulate filters. A convenient sample wand holder prevents needle contamination and enhances safety when the analyzer is not in use. 
• One touch automated calibration and product analysis make these analyzers easy to use. 
• Response is typically less than five seconds for oxygen and ten seconds for carbon dioxide.