Advanced Analysis Capabilities
The modular mass analyzer incorporates a proprietary quartz
quadrupole, a solid inert ion source and industry-leading detector.
This powerful combination provides better MS resolution and the
lowest mass deviation available; it also assures superior sensitivity
and spectral integrity—for the highest confidence in your results.
New Trace Ion Detection technology provides even more capabilities
at trace level.
Comprehensive automation features and faster separation and
detection cycle times enable you to process more samples, with
more confidence. Advanced analysis routines let you get more
information from every run, and automated spectral deconvolution,
identification and quantification software simplifies post-run
Thoughtful, real-world engineering features allow faster, easier
routine maintenance, and new self-diagnostic and preventive
maintenance software makes it easier than ever to keep your
lab up and running at peak performance—all the time.
The gold standard in quadrupole design and performance
The quadrupole used in the Agilent 5975C Series GC/MSD incorporates a combination of patented, proprietary Agilent technologies to deliver superior performance and significantly enhanced reliability.
The true hyperbolic quartz structure offers extremely low thermal expansion, and exhibits excellent dimensional stability. The unique design results in lower field errors versus round rod quadrupoles, as well as excellent resolution and mass axis stability, regardless of laboratory temperature fluctuations.
The submicron-layered gold hyperbolic electrode surfaces give maximum transmission while maintaining resolution across the full mass range, up to 1050 u. Bakeout to 200ºC enables more robust determinations, as well as outstanding high mass stability and minimal maintenance. An available high mass checkout kit provides added confidence that high mass is accurately reported.
Solid inert ion source up to 350?C boosts your system performance
Agilent’s proprietary inert source is now programmable up to 350?C to provide enhanced response for active compounds and late-eluters—including pesticides. It delivers exceptional electron impact ionization, and lets you run sample after sample with complete confidence. The source is constructed of a solid inert material, so there is no inert coating that can wear away over time— and which can ultimately compromise your data. The inert ion source eliminates surface activity reactions, for more reliable library matches. It also requires less frequent cleaning, improving your lab’s productivity.
The inert ion source eliminates surface activity reactions, for more reliable library matches. It also requires less frequent cleaning, improving your lab’s productivity.
Trace Ion Detection delivers a real performance improvement for complex matrices
Revolutionary Trace Ion Detection technology lets you lower your Method Detection Limit (MDL), as well as your limit of quantitation (LOQ). It reduces false negatives and further enhances the performance of the inert ion source at trace levels. The technology also ensures more reproducible baselines, dramatically reducing the number of manual interventions during peak integration. Trace Ion Detection technology gives you a better spectral fidelity, increasing your confidence level in the results when doing library matching.
Fast electronics enhance performance and enable synchronous SIM/Scan
Fast electronics used in the 5975C Series GC/MSD maximizes signal transmission for fast GC/MS in full scan and Selected Ion Monitoring (SIM) modes. It also enables synchronous SIM/Scan functionality—without compromising analytical performance.