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JEOL USA Press Releases

JEOL Announces New EDXRF for Wide Range of Sample Types

October 7, 2014 (Peabody, MA) -- JEOL has introduced an easy-to-use, smart solution for high-sensitivity elemental analysis in a new benchtop EDXRF spectrometer. The JSX-1000S ElementEye analyzes major to trace components on most sample types - solids, powders, and liquids - with little or no sample preparation. The ElementEye complements SEM, EPMA, NMR, and mass spectrometry analyses, providing high-sensitivity qualitative and quantitative analysis results in minutes. A Thin Film FP method is optionally available for ...

Take Your Best Shot! JEOL Launches SEM/TEM Image Contest

March 6, Peabody, Mass. -- JEOL USA has launched an imaging contest to showcase some of the best work of users of its electron microscopes. A winning image will be selected for each month of 2014, judged by JEOL's SEM and TEM applications teams for their technical and artistic qualities. "Many customers have asked us about launching an image contest, so we decided to do just that starting this year. JEOL SEM and TEM users ...

JEOL Mass Spectrometry News for Pittcon 2014

March 3, 2014 (Pittcon, Chicago, IL) -- The AccuTOF GCV 4G time-of-flight mass spectrometer that JEOL introduced at last year’s PittCon has received great interest from the mass spectrometry community. JEOL USA, Inc. has received several purchase orders from industrial and academic laboratories, with systems already delivered and installed in the US and Canada. In collaboration with JEOL, GC Image LLC and Zoex have continued to enhance the GC Image software to extend the ability ...

JEOL High Sensitivity GC-TOF Increases Data Acquisition Speed and Mass Resolving Power

August 3, 2012 (Peabody, Mass.) – JEOL’s newest AccuTOF GCv model - the “4G” - now offers even faster data acquisition rates and higher resolving power than its predecessor. The AccuTOF-GCv|4G has a maximum data acquisition rate of 50 spectra per second and a resolving power of 8000. The 50 Hz acquisition rate now makes it possible to acquire high-resolution mass spectra in combination with third party two-dimensional GC (GC×GC). The AccuTOF-GCv|4G offers the ...

New SpiralTOF™ MALDI TOF Applications Notebook Available from JEOL

July 26, 2012 (Peabody, Mass.) – A new Applications Notebook from JEOL features over 20 application notes describing the analysis of synthetic polymers, small organic molecules, complex drug mixtures, peptides, and proteins using the JEOL SpiralTOFTM MALDI TOF-TOF mass spectrometer. The SpiralTOF time-of-flight optics design utilizes a figure-eight ion trajectory to allow a 17m flight path to fit in an extremely small console. This exceptionally long flight path results in an ultrahigh resolving power ...

JEOL Chemist Receives Prestigious Anachem Award

October 20, 2011 (Peabody, Mass.) -- JEOL USA Mass Spectrometry Product Manager, Dr. Robert (Chip) Cody, has received the prestigious Anachem Award, given by the Association of Analytical Chemistry for his contributions to the development of organic mass spectrometry. The award was presented at the Federation of Analytical Chemical and Spectroscopy Societies (FACSS) meeting in Las Vegas, Nevada, where Dr. Cody gave a plenary lecture entitled Massive Changes: Not just your grandma's mass spectrometer ...

JEOL Produces New Brochure on Instrumentation for Forensic Science

JEOL, renowned for its expertise in the manufacture and applications support of scientific instrumentation for sixty years, has produced a new brochure for 2009 describing electron microscopy and mass spectrometry solutions for forensic science. The brochure includes helpful links to applications notes using Direct Analysis in Real Time (DART) open air mass spectrometry, and links to profiles of real case studies involving the use of JEOL Scanning Electron Microscopes (SEM). Demonstrations at American Academy of Forensic ...

DART™ Analysis of Aspirin: Correcting a Misapprehension

Introduction In a recently published comparison1 of the ambient ionization techniques direct analysis in real time (DART™ 2) and DESI3, it was reported that a protonated molecule was not observed for DART, whereas the protonated molecule could be observed for DESI and DAPCI. This is an incorrect observation, resulting from the use of different experimental conditions for DART than were used for the other two techniques. Mass spectra of aspirin measured on a JEOL AccuTOF-DART™ ...
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