Agilent 7890 5977A Inert GCMS System with 7693 Autosampler & Computer

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Price and cost of ownership of Agilent 7890 5977A Inert GCMS System with 7693 Autosampler & Computer

The Agilent 7890 GC with 5977A Inert MSD, 7693 Autosampler, and computer is a high-performance GC-MS platform widely used in environmental testing, food safety, forensic analysis, and industrial QA/QC. A new system typically costs around $112,000, while a certified refurbished unit averages approximately $55,000, offering nearly 50% savings without sacrificing analytical performance. The 7890 GC provides fast and precise separations, while the 5977A Inert MSD delivers strong sensitivity and chemical inertness for trace-level and reactive compound analysis. The 7693 autosampler enhances throughput and reproducibility through automated injections. Ongoing costs include carrier gases, columns, ion source maintenance, and potential vacuum system servicing, along with software and compliance-related expenses in regulated labs. Refurbished systems are thoroughly tested and often include warranty support, making them a cost-effective and reliable solution for laboratories seeking proven GC-MS performance with strong return on investment.

Agilent 7890 5977A Inert GC/MS System – Ideal for Water, Soil, Food, and Pharmaceutical Testing Compliance

The Agilent 7890 GC with 5977A Inert Mass Selective Detector and 7693 Autosampler is a reliable and versatile GC-MS system used for detecting and quantifying trace-level chemicals in complex matrices across environmental, pharmaceutical, food safety, and forensic applications. It supports key regulatory methods such as EPA 524.2, 524.3, and 8260B for volatile organic compounds and EPA 8270D for semi-volatile compounds in water, soil, and air. In food safety, it aligns with AOAC pesticide residue methods, while in pharmaceuticals, it supports workflows such as USP <467> for residual solvents. The system’s inert flow path preserves sensitive analytes, and the 7693 autosampler ensures consistent, high-throughput injections. With strong sensitivity, robust compound identification, and broad method compatibility, this configuration provides accurate, reproducible results, making it a trusted solution for regulatory and research laboratories.