JEOL USA Press Releases

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11 JUNE 2019, PEABODY, MA: JEOL USA has announced the addition of two new products to its nuclear magnetic resonance (NMR) portfolio. The  2mm Magic Angle Spinning (MAS) NMR Probe for Solids and Pre-Heat Auto-Sample Changer (ASC) expand JEOL’s extensive offering of advanced NMR solutions for polymer research, materials science and biosolids. The 2mm MAS NMR Probe is well suited for both materials and biosolids NMR. The 2mm MAS Probe is the ideal compromise in ...

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PEABODY, MA:17 January 2019: JEOL USA has developed new methodology using the company’s ROYAL HFX Probe to offer a powerful and practical alternative for the elucidation of crucial structural information. It has particular merit in the analysis of complex pharmaceutical mixtures that contain a drug substance plus its various metabolites.  It’s a familiar challenge for pharmaceutical development scientists and now, rather than relying on chromatography to separate a mixture ahead of the analysis of selected ...

(November 8, 2018, Peabody, Mass.) --  JEOL has achieved a major expansion in the quantitative and statistical analysis capability of its Nuclear Magnetic Resonance Spectrometers (NMR) through collaboration with the developer of the revolutionary CRAFT (Complete Reduction to Amplitude-Frequency Table) data processing technique.   In conjunction with the recent JEOL DELTA NMR software release 5.3.0, CRAFT for DELTA V1.0 provides direct time domain-to-spreadsheet analysis, allowing for more objective extraction of quantitative information for compounds of interest, ...

October 11, 2018 (Peabody, MA) -- JEOL announces that it has been awarded a major contract by the US DEA Office of Forensic Sciences for nine JEOL JNM-ECZ500R Nuclear Magnetic Resonance (500 MHz NMR) spectrometers.  The purchase was made through a competitive award process and will allow DEA laboratories across the country to utilize the latest NMR technology to combat the proliferation of new and existing illicit drugs.  The contract allows for replacement of ...

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PEABODY, MA: 3 May 2018: JEOL, a leading developer and manufacturer of NMR technology, unveiled new NMR probes and NMR software technologies at the 59th Experimental Nuclear Magnetic Resonance Conference (ENC) in Orlando, Florida. As a major sponsor of this year’s conference, JEOL also hosted a technical seminar that included talks by leading researchers from the Osaka University Institute for Protein Research, the Tokyo Institute of Technology School of Life Science & Technology, ABQMR Inc., an ...

August 1, 2017 (Peabody, Mass.) -- A new JEOL technical note, "Structure Elucidation of Fluorinated Compounds by NMR," describes the technology and applications of the new JEOL ROYAL HFX probe for Nuclear Magnetic Resonance (NMR) Spectroscopy. The JEOL ROYAL HFX NMR probe offers a new level of flexibility for NMR analysis of fluorinated compounds prevalent in wide variety of current products and many new products across a wide spectrum of industries. The paper is available for ...

Tokyo (April 27, 2017) JEOL RESONANCE Inc. (hereafter "JEOL") and Mestrelab Research S.L.(hereafter "Mestrelab") announce a new technology partnership of significant interest to industrial and government institutions that perform work involving compound quantitation using NMR(qNMR). qNMR has been attracting considerable attention across a broad spectrum of chemical analytical laboratories, as it provides accurate quantitative information without the requirement of reference compounds or predetermined response factors for every analyte. qNMR can be applied for the evaluation of ...

(March 1, 2017, Peabody, MA) -- With the introduction of the ROYAL HFX probe for Nuclear Magnetic Resonance (NMR) Spectroscopy, JEOL offers a new level of flexibility for NMR analysis of fluorinated compounds prevalent in many new pharmaceutical products.  The ROYAL HFX is the world's first liquid NMR probe with the capability to automatically switch between single tune and dual tune modes on the high frequency coil without compromising single tune performance. The probe can ...