7250 GC/Q-TOF

7250 GC/Q-TOF

The Agilent 7250 GC/Q-TOF system delivers full-spectrum, high-resolution, accurate mass data with a wide dynamic range for identifying and quantifying GC-amenable compounds. This high-resolution GC/Q-TOF enables accurate mass screening by GC/MS and enhanced compound identification through MS/MS, low-energy electron ionization, and complimentary chemical ionization techniques.

Whether it is used in complex metabolomics studies, pesticide screening in challenging matrices, or compound identification in herbal extracts, quadrupole time-of-flight GC/MS provides the ultimate in performance. Designed for real-world analysis and built for laboratory robustness, this accurate mass screening GC/MS delivers consistent confidence in results, allowing you to see the whole picture.

7250 GC/Q-TOF

7250 GC/Q-TOF

Product Details

Features
  • Identifies compounds through high-resolution, accurate-mass data and sensitive detection
  • Quantifies analytes accurately across a wide dynamic range, without compromising spectral quality
  • Simplifies ambiguous data with low-energy EI for softer ionization and molecular ion enhancement (application specific)
  • Supports complimentary data types with available chemical ionization for both positive and negative mode analyses
  • Increases confidence in compound detection with highly efficient ionization and MassHunter SureMass algorithm for accurate and sensitive extraction of library-quality compound spectra for high match scores
  • Enhances compound identification with spectral fidelity for trustworthy library matching and isotopic fidelity for generating verifiable chemical formulas
  • Detects trace-level target compounds in the presence of more abundant matrix compounds with a wide in-spectrum dynamic range
  • Elucidates chemical structures with MS/MS capabilities and Molecular Structure Correlator software that reveals greater detail
  • Ensures excellent data quality even for narrow chromatographic peaks in high-throughput workflows with data acquisition rates of up to 50 spectra per second
  • Performs screening, profiling, discovery workflows, and more, using comprehensive MassHunter software
  • The built-in intelligence of the 8890 GC drives productivity with diagnostics and monitoring, and simplified access to powerful operations through the integrated touchscreen and browser interface
  • Supports both flow and thermally-modulated comprehensive GCxGC for flexibility in enhanced chromatographic resolution for selective compound detection
Specifications
Acquisition Rate
  • 1 to 50 spectra/second independent of mass resolution
Detector
  • Microchannel plate/scintillator/PMT; ADC electronics
Dimensions (WxDxH)
  • 88 cm x 100 cm x 190 cm
GC/MSD Method Compatibility
  • No
IDL Sensitivity (positive)
  • 100 fg OFN injected: IDL < 60 fg
  • IDL spec only for new GC/MS systems using He in split/splitless/MMI mode+Agilent checkout column+ALS
Ion Source
  • Low Energy EI
JetClean Compatibility
  • No
Quadrupole Isolation Mass Range
  • m/z 20-1050
QuickProbe Compatibility
  • No
Software Platform
  • MassHunter
TOF Mass Accuracy
  • <2ppm for 1 pg OFN at m/z 271.9867
TOF Mass Range
  • m/z 20-3000
TOF Mass Resolution (FWHM)
  • > 25,000 at m/z 271.9867 independent of acquisition rate
Technology

Gas Chromatography Mass Spectrometry (GC-MS) Information

What is GC-MS? GC/MS combines two analytical tools to identify and measure the concentration of chemicals found in foods, consumer products, pharmaceuticals, fuels, the environment, and more.

Read on to learn more about the typical components of a GC/MS instrument and its basic principle of operation.

Applications

A Complete Workflow Solution for Extractables and Leachables of Polymer Materials

Identification and quantification of extractables and leachables in packaging material is critical for consumer safety. Potentially requiring the analysis of hundreds of unknowns, these complex compounds can be difficult to identify. Utilizing a high-resolution accurate mass GC/Q-TOF with low energy EI and chemical ionization for molecular mass generation and structure elucidation provides confident identification and quantitation based on high-resolution data.

Determination of Flavor and Fragrance in Food and Beverages Utilizing HRAM GC/Q-TOF

Flavor and fragrance in food and beverages are intricate characteristics of the product and determine consumer perception of quality. Analysis of the complex chemical substances that provide unique taste and smell can be challenging. A high-resolution accurate mass GC/Q-TOF instrument can be used to determine these complex compounds in specific proportion or amount, influencing taste and smell. The high-resolution spectrum combined with low energy EI and CI capability allows confident compound identification and quantitation.

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