Agilent 8860 7697 GC/HS GC Headspace System w/ FID Detector

Insights by AMPTIUS | AMP Tech Instruments

Price and cost of ownership of Agilent 8860 7697 GC/HS GC Headspace System w/ FID Detector

Investing in an Agilent 8860 GC with 7697A Headspace Sampler and FID Detector requires thoughtful consideration of both upfront costs and long-term operational expenses. A new system is priced around $69,000, while a certified refurbished unit with warranty averages approximately $28,000, offering significant savings without compromising reliability. Ongoing costs include consumables such as headspace vials, septa, liners, and GC columns, as well as carrier gases like helium or nitrogen. Preventive maintenance and calibration are key to ensuring consistent performance, especially in high-throughput environments like petrochemical, food testing, and environmental labs. The FID (Flame Ionization Detector) adds another layer of sensitivity but also requires hydrogen and air gases, along with regular upkeep of the jet and ignition system. Choosing a refurbished Agilent 8860/7697 GC/HS system is a smart way to stretch your lab’s budget. These systems undergo comprehensive refurbishment, including performance verification and typically include a warranty, providing peace of mind while maintaining analytical precision. For cost-conscious labs, this balance of affordability and performance is essential for long-term value.

Who Uses the Agilent 8860 GC/HS-FID? Key Applications Across Industries and Academia

The Agilent 8860 7697 GC/HS GC Headspace System with FID Detector is a versatile and reliable instrument widely used across various analytical sectors, including academic institutions, environmental analysis firms, and industries that require volatile organic compound (VOC) analysis. Engineered for efficient sample preparation and sensitive detection, this system is essential for applications ranging from quality control in manufacturing to advanced research in material science and environmental monitoring. Its automation capabilities, powered by the 7697A headspace sampler, streamline workflows, while the FID detector delivers robust and sensitive detection of hydrocarbons and other organic compounds. For example, at institutions such as the University of Utah, the Chemical Engineering Department employs Agilent GC systems with FID detectors to analyze volatile components in chemical processes and product streams. This supports research into reaction kinetics, product purity, and byproduct identification. Similarly, Virginia Commonwealth University utilizes HS-GC-FID in forensic science, particularly for blood alcohol analysis, demonstrating the system’s effectiveness in quantifying volatile substances within complex biological matrices—a capability crucial in both academic research and applied forensic laboratories. The broad applicability of HS-GC-FID also makes it a valuable tool in universities with strong Environmental Science programs, where it's used to analyze VOCs in water, soil, and air samples as part of pollution studies and environmental remediation research. In Food Science departments, this system is indispensable for analyzing flavor compounds, aroma profiles, and residual solvents in food products and packaging, contributing to the assurance of food quality and safety. In Pharmaceutical Science, the technology is used to determine residual solvents in drug formulations and analyze volatile impurities, helping ensure compliance with strict regulatory standards. Whether in academic or industrial settings, the Agilent 8860 7697 GC/HS GC Headspace System—or similar configurations—serves as a cornerstone for research and analysis involving the precise identification and quantification of VOCs. Its integration of automated sample introduction and highly sensitive detection makes it an indispensable tool for addressing complex analytical challenges across a wide range of scientific disciplines.