Oxford Instruments Magnetic Resonance benchtop NMR spectroscopy and time domain (TD-NMR) relaxometry solutions enable novel research and optimise quality control.
Our X-Pulse NMR spectrometers, with unique broadband multi-nuclei selection, identify molecular structure and monitor reaction dynamics. MQC+ analysers provide fast, simple and accurate measurement of oil, water, fluorine and fat content to deliver robust QA/QC solutions for food, agriculture, textiles, polymers, chemical, pharmaceuticals and other industries. In oil exploration and petrophysics, GeoSpec is the industry standard rock core analyser.
With comprehensive global support, our specialists are excited to address your challenges!
Unlike other techniques used to obtain the same sample properties, TD-NMR is non-invasive and non-destructive, often requires minimal sample preparation, and characterises both transparent and opaque samples. Another major advantage of TD-NMR is that it does not require hazardous chemicals and can be used on a laboratory benchtop, moveable workstation, or near line in manufacturing.
MQC-R builds on our long history of innovative and industry leading TD-NMR research instruments. Combined with our comprehensive and worldwide customer and applications support; it enables researchers to accelerate new product development, investigate and characterise new materials, and improve manufacturing processes.
Key application areas include:
X-Pulse 90 is a revolutionary new benchtop nuclear magnetic resonance (NMR) spectrometer that brings broadband NMR to the benchtop at 90 MHz for the first time.
X-Pulse 90 is the ideal instrument for flexible chemical analysis, across a wide variety of applications, as it enables investigation of the largest number of nuclei without compromising sensitivity.
X-Pulse’s unique features that will benefit your workflow:
The Power of 90MHz Performance
With a magnetic field of 90 MHz (2.1 T), X-Pulse 90 allows users to separate challenging peak overlaps and positively identify compounds of interest in samples.
The improved spectral dispersion and higher sensitivity of the X-Pulse 90 system make it easier to distinguish closely spaced peaks, detect low-concentration molecules (like APIs or mass-limited samples), and perform faster 2D NMR experiments—even on large molecules.
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