Agilent 6890N 5973N G1888 Network Headspace GCMS System

Insights by AMPTIUS | AMP Tech Instruments

Price and cost of ownership of Agilent 6890N 5973N G1888 Network Headspace GCMS System

Investing in the Agilent 6890N 5973N G1888 Network Headspace GCMS System requires balancing performance needs with budget constraints. A brand-new unit costs around $80,000, while a refurbished system averages $25,000, offering substantial savings without compromising on analytical capabilities. This system combines the reliability of the 6890N GC, the proven performance of the 5973N mass spectrometer, and the precision of the G1888 headspace sampler—making it ideal for volatile compound analysis in pharmaceuticals, food, and environmental labs. In addition to the purchase price, labs should consider long-term costs such as carrier gases, maintenance, consumables, and potential software upgrades. Opting for a certified refurbished system can be a smart, cost-effective choice, especially when it includes warranty coverage and has undergone full testing and requalification. For laboratories looking to expand testing capacity while maintaining a controlled budget, the 6890N 5973N Headspace GCMS remains a solid, dependable option.

GC/MS Headspace System for EPA 5021A, ISO 10993-18, ASTM D3612 & Forensic Toxicology Workflows

The Agilent 6890N 5973N GC/MS System with G1888 Network Headspace Sampler is a trusted solution for analyzing volatile organic compounds (VOCs) in solid, liquid, and gaseous samples—without the need for direct injection. This system is especially valuable in pharmaceutical, environmental, food safety, and forensic labs where complex or sensitive samples benefit from headspace sampling. The G1888 sampler heats the sealed sample vial to release VOCs into the gas phase, which are then analyzed by the GC/MS system. This technique reduces manual handling, minimizes contamination risk, and delivers reproducible results in applications like residual solvent testing, flavor profiling, and toxicological analysis. The system supports a wide range of validated methods that require sensitive VOC detection via headspace GC/MS. It meets the criteria of EPA Method 5021A for analyzing VOCs in solid waste and soils, and is suitable for ISO 10993-18, which evaluates extractables and leachables from medical devices. In energy sectors, it aligns with ASTM D3612 for detecting dissolved gases in transformer oils—critical for condition monitoring. The system is also used in forensic toxicology protocols, where it enables the accurate detection of volatile substances in biological matrices like blood or urine. With its powerful combination of headspace automation and mass spectrometry, this configuration ensures high sensitivity and dependable performance in regulated and research-based workflows.