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AccuTOF™ GCv 4G Time-of-Flight Mass Spectrometer

Highest sensitivity GC/MS with high speed acquisition and high resolution

The AccuTOF-GCv 4G features the highest sensitivity (S/N >100 at OFN 1 pg/µL) of any time-of-flight Gas Chromatography Mass Spectrometer commercially available. High resolution and mass accuracy allow for rapid elemental composition determination and target compound identification. The AccuTOF-GCv 4G combines high-speed acquisition of 50 averaged spectra per second with high mass resolving power of 8000 FWHM and mass accuracy of 4 ppm or better to deliver high-resolution, accurate mass spectra with full mass range sensitivity for both qualitative and quantitative analysis. With a fast analog-to-digital converter providing high linear dynamic range, the JEOL AccuTOF-GCv 4G is perfectly suited to analyzing complex mixtures of true unknowns — even at low concentrations. Applications include: environmental, petroleum, polymers and materials, forensics, foods, flavors, and fragrances.

Multiple ionization methods

The AccuTOF-GCv 4G is designed for optimum throughput, operation, and uptime. An optional combination EI/FI/FD ion source eliminates the need for source exchange for these experiments. Gas chromatography/field ionization can also be used to characterize samples that would be difficult to analyze by any other technique.

Standard: Electron Impact (EI)
Optional: Chemical Ionization (CI)
  Field Desorption (FD)
  Field Ionization (FI)
  Combination EI/FI/FD
  Direct Probe (exposure and insertion)
  Liquid Injection Field Desorption Ionization (LIFDI)

Automated performance optimization

Automatic ion source tuning, drift calibration, data file conversion and export optimize the speed and performance of the AccuTOF-GCv 4G.

Compact footprint

An integrated chassis consolidates all requisite spectrometer components, including vacuum pumps, into a compact footprint. Temperature-sensitive components remain under controlled conditions and overall instrument stability and experimental reproducibility are greatly enhanced. The AccuTOF-GCv 4G is also uniquely designed to remove 99% of He carrier gas ions before they enter the flight tube. Since the bulk of the carrier gas ions never reach the detector, the MCP lifetime is maximized.

AccuTOF™ GCv 4G Details
  • Allows multiple analytical techniques without breaking vacuum
  • Simplified direct sample injection
  • Optional EI/FI/FD combination ion source allows for GC/EI, GC/FI, and FD analysis without source change
  • High data recording speed
  • High sensitivity, resolution, and mass accuracy
  • Stability from run to run
Mass accuracy 1.5mDa or 4 ppm (r.m.s.)
Mass resolution R>8000 (m/z 617)
Sensitivity S/N ≥ 100 (OFN 1pg)
Data recording speed Up to 50 spectra/s
Mass range m/z 4 ~ 5000

Introduction

Features and Applications of Newly-Developed GC-TOFMS - the AccuTOF GC
5/4/2006 938.8 KB

Materials

Analysis of acrylic resin by pyrolysis GC-TOFMS
3/17/2013 269.4 KB
Analysis of additives in plastic by thermal desorption (TD) GC-TOFMS
3/17/2013 147.9 KB
Analysis of Advanced materials by FD-FI using AccuTOF GC (Part I)
3/17/2013 138.0 KB
Analysis of Advanced materials by FD-FI using AccuTOF GC (Part II)
3/17/2013 132.8 KB
Analysis of Advanced materials by FD-FI using AccuTOF GC (Part III)
3/17/2013 86.8 KB
Analysis of Advanced materials by FD-FI using AccuTOF GC (Part IV)
3/17/2013 83.0 KB
Analysis of block copolymer by field desorption (FD) using JMS-T100GC AccuTOF GC
3/17/2013 146.5 KB
Analysis of ionic liquid by field desorption (FD) ionization using JMS-T100GC AccuTOF GC
4/10/2013 127.9 KB
Analysis of organogermaniumcompounds by field desorption (FD) ionization using JMS-T100GC AccuTOF GC
4/10/2013 115.8 KB
Analysis of photo polymerization initiator in UV light curing adhesives by GC-TOFMS
3/17/2013 188.8 KB
Analysis of polydimethylsiloxanes by GC-TOFMS
3/17/2013 161.5 KB
Analysis of polymer additives using DIP-EI and FD
3/17/2013 129.9 KB
GC-TOFMS analysis of high boiling point compounds - cholesterol and Irganox® 1010
3/17/2013 152.8 KB
The power of exact mass measurement - an example of unknown compound identification
4/13/2013 151.4 KB

Petroleum

Analysis of diesel oil by using GC x GC-HRTOFMS (FI) with 2 different sets of column combinations
4/10/2013 492.1 KB
Degradation of rotary vacuum pump oil determined by field desorption (FD) - TOFMS and group-type analysis software
4/10/2013 119.8 KB
Group-type analysis of Crude Oil using GC-FI-TOFMS (1)
4/10/2013 231.4 KB
Group-type analysis of Crude Oil using GC-FI-TOFMS (2)
4/10/2013 118.9 KB
Qualitative Analysis by Comprehensive 2D GC-TOFMS (1)
4/10/2013 192.6 KB
Qualitative Analysis by Comprehensive 2D GC-TOFMS (2)
4/10/2013 353.9 KB
Rapid analysis using deactivated fused silica tube (a.k.a. “guard column”) as a sample inlet (1)
4/10/2013 133.5 KB
Rapid analysis using deactivated fused silica tube (a.k.a. “guard column”) as a sample inlet (2)
4/10/2013 209.1 KB
Type Analysis of Micro Crystalline Wax (PetroleumWax) by Using Field Desorption (FD) Ionization
4/10/2013 173.3 KB

Environmental

A new method for pesticides identification - fast GC time-of-flight mass spectrometry
3/17/2013 193.6 KB
Determination of Triazolam by AccuTOF™ GC Time-of-Flight Mass Spectrometry
9/19/2006 143.8 KB
Examining Selectivity by Using High Resolution Mass Chromatography
4/10/2013 188.2 KB
Qualitative analysis of pyrazole pesticides in tea leafby using FastGC-HRTOFMS
4/10/2013 194.1 KB
Quantitative analysis of pyrazole pesticides in tea leaf using FastGC-HRTOFMS
4/10/2013 176.3 KB
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