Nuclear Magnetic Resonance Spectrometer Expertise

The ECZL range of NMR spectrometers was created with decades of innovation and practical expertise. There are three models:

• ECZL G series (400 MHz to 1.3 GHz) - Our flagship model supporting expansion to more than 3 channels, with various options for high power amplifiers, and high magnetic field gradients
• ECZL R series (400 to 600 MHz) - Fixed-configuration high-performance instrument capable of solid-state NMR measurements with less than half the footprint and only one-third the volume of previous models
• ECZL S series (400 MHz) - Same architecture and performance as G and R models, with a configuration that is streamlined for routine solution NMR measurements.

The ECZL NMR spectrometer series is equipped with JEOL’s unique Smart Transceiver System (STS), which uses a fusion of the latest integrated digital circuit and high frequency technologies.

JEOL has pioneered NMR probes for decades, having attained the world’s fastest spinning speed for NMR with our 0.75mm solid state NMR probe. Our range includes:

• Royal Probe
• Royal HFX Probe
• Cryogenic Probes
• Liquids/Solution State Probes
• AutoMAS Solids Probe
• HCN MAS and HXY NMR Probes
• Solid State NMR Probes
• NMR Probe Key Features and Applications

Manufactured to our specifications by Jastec, our compact JJ magnets feature low cryogen consumption cryostats, extremely small B0 drift characteristics and excellent homogeneity.

Compared to alternative products, the magnet footprint is smaller and the minimum ceiling height is reduced. The consumption of liquid helium has also been reduced and the interval for refill is correspondingly longer.

Delta NMR

JEOL NMR spectrometers feature Delta™, the most advanced NMR software platform available, combining spectrometer control and data management into a single robust application. Delta allows concurrent processing of multiple data sets and simple, seamless operation that unifies NMR data acquisition, processing, visualization, and output.

JASON Software

• Simplified user experience
• State-of-the-art peak picking
• Optimised workflows multiplet analysis

To learn more, please visit our dedicated website and download a free trial version.

Walkup NMR

JEOL “Walkup NMR” automates NMR experiments for students or lab personnel running single or multiple samples with the JEOL Nuclear Magnetic Resonance system.

CRAFT COMPLETE REDUCTION TO AMPLITUDE-FREQUENCY TABLE - "SPECTRUM DIRECT TO SPREADSHEET"

Integration of CRAFT with DELTA version 5.3 software allows the JEOL NMR user to automatically and efficiently extract the best data possible from amplitudes and frequency.

Regulators now expect pharmaceutical developers to know much more about their drug compounds – and to have this information early in the development process – so NMR has been on the rise. Read more about NMR in pharmaceutical development and download a case study.

With so many drugs on the market now fluorinated, 19F NMR spectroscopy is an important tool for their analysis. JEOL’s ROYAL HFX NMR Probe offers the ability to manipulate the 1H, 19F, and 13C spins simultaneously without the typical loss in performance associated with traditional NMR probes designed for proton-fluorine NMR spectroscopy. Download our ROYAL HFX NMR Probe toolkit to find out more.

Biotech companies are increasingly looking to new/improved technology to get the extra insight that comes from combining analytical technologies. NMR is used to inform and optimize cell culture media composition and to monitor nutrient depletion, build-up of metabolites and toxins in the fermentation process. NMR plays an important role in the evaluation of the quality of biologics and also in the approval of biosimilar versions of innovator biologics. Download our Bio app note to find out how JEOL is helping biotech companies to succeed.

NMR has long been a preferred method for organic compound analysis, but it’s quantitative NMR (qNMR) that’s making waves in a field that has so far been reliant upon chromatography for its quantitative analysis requirements.

Food characterization is becoming more important due to food fraud scandals around the world, changing consumer attitudes towards what’s in their foods, increased regulation regarding substantiation of health benefits, scrutiny of labels and the drive for transparency, provenance and sustainability. Food matrices can be complex and difficult to evaluate with techniques such as GC-MS alone. NMR methodology enables primary and secondary metabolites to be identified and quantified, delivering high-throughput spectroscopic and structural information on a wide range of metabolites simultaneously. To find out how NMR and other techniques are being used in the modern food industry, download our food app note.

To ensure the performance and quality of Lithium ion batteries, analysis and evaluation is done using several types of JEOL instrumentation. NMR is one of the few methods available for directly observing and measuring the Li nuclei, enabling the acquisition of various data, such as the amount, chemical state and motility of the Li in a sample, regardless of the location, or whether it is a cathode, anode or electrolyte material. Download our LIB app note to find out more.

The ¹³C/¹H-NMR database for natural products [CH-NMR-NP] is mainly composed of natural products that were published in major journals in the years between 2000 and the spring of 2014. The total number of compounds is approximately 35,500.

On our corporate dedicated web-page you can access this database.