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Magnetic Field Camera: mapping for MRI applications
MFC2046
MRI and NMR spectroscopy applications require a highly uniform magnetic field, within at most a few ppm. NMR is the only magnetic measurement technique capable of providing a field map with that degree of precision. Introduced 25 years ago, Metrolab’s NMR Magnetic Field Cameras have revolutionized field mapping for MRI magnets. They reduced acquisition times from hours to minutes, positioning errors to fractions of a millimeter, and they rendered human and drift errors negligible. Now, meet the latest generation NMR Magnetic Field Camera, the MFC2046! Map any magnet with the New generation of MFC probe arrays. Magnetometer Teslameter Gaussmeter
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Magnetic Resonance
Bruker's product portfolio in the field of magnetic resonance includes NMR, preclinical MRI, EPR and Time-Domain (TD) NMR. In addition. Bruker delivers the world's most comprehensive range of research tools enabling life science, materials science, analytical chemistry, process control and clinical research.
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Magnetic Resonance
Bruker's product portfolio in the field of magnetic resonance spectroscopy includes NMR, preclinical MRI, EPR and Time-Domain (TD) NMR. In addition. Bruker delivers the world's most comprehensive range of research tools enabling life science, materials science, analytical chemistry, process control and clinical research. Bruker is also the leading superconductor magnet and ultra high field magnet manufacturer for NMR and MRI solutions.
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NMR and MRI Spectrometer Consoles
Kea
Significantly improves performance and extends the frequency range of our signature NMR spectrometer line.
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NMR Gaussmeter (Teslameter)
CAYLAR, NMR20 Teslameter
The NMR20 Gaussmeter (NMR Teslameter) measures magnetic fields using the principle of nuclear magnetic resonance . This is the most precise technology for measuring the magnetic field. 1mG accuracy and 0.2ppm/year drifting.There is no temperature drift.
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NMR Precision Teslameter
PT2026
Nuclear Magnetic Resonance is the most precise technology to measure magnetic fields, and the PT2026 is the most precise NMR magnetometer on the market. In optimal conditions, it achieves a precision of under ten parts per billion! But precision is just one of the features brought by the PT2026: high fields, robustness to inhomogeneous fields, 33 Hz measurement speed, improved search time – the list goes on. The key is an instrument design, using modern RF and computer technology. The result is an NMR magnetometer that opens up a host of new application areas. Magnetometer Gaussmeter
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Nuclear Magnetic Resonance Spectrometer
NMR
NMR is an abbreviation for Nuclear Magnetic Resonance. An NMR instrument allows the molecular structure of a material to be analyzed by observing and measuring the interaction of nuclear spins when placed in a powerful magnetic field.For the analysis of molecular structure at the atomic level, electron microscopes and X-ray diffraction instruments can also be used, but the advantages of NMR are that sample measurements are non-destructive and there is less sample preparation required.Fields of application include bio, foods, and chemistry, as well as new fields such as battery films and organic EL, which are improving and developing at remarkable speed. NMR has become an indispensable analysis tool in cutting-edge science and technology fields.
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On-Line Moisture Meters
Many methods are available for measuring moisture content on line, in real time: NIR, RF Capacitance, NMR (Nuclear Magnetic Resonance), and Microwave, among others. Finna Sensors is unique in that it has experience with most of these methods and is therefore able to recommend the best possible solution for any application.
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Solid State NMR
Magnets for NMR experiments are required to have a high homogeneity, which can be maintained over a wide range of field. Experiments are performed at fixed frequency and the spectrum is obtained by sweeping the magnetic field. This requires the field to be stable in spatial homogeneity and change steadily and repeatedly over time.
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Non-Destructive Subsurface Layer Profiling
NMR-Mouse one-sided NMR
The unique, powerful Profile NMR-MOUSE® probe works hand-in-hand with the Kea2 spectrometer. The Profile NMR-MOUSE is a portable, open NMR sensor equipped with a novel permanent magnet geometry that generates a flat sensitive volume parallel to the scanner surface. The system can measure *Proton density as a function of depth *T2 NMR relaxation times *T1 NMR relaxation times *Self-Diffusion coefficient of liquids
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Benchtop NMR Analyser
MQC+
MQC+ benchtop NMR (Nuclear Magnetic Resonance) analyser for the measurement of oil, water, fluorine and solid fat in a variety of samples in a wide range of industries. The MQC+ replaces wet chemical analysis, which uses hazardous chemicals, and allows the measurement of more samples much faster. Unlike wet chemical methods, the MQC+ does not destroy the sample being measured. It can also measure physical properties including crystallinity and density of polymers.
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NMR Permanent Magnet
PM1055
A secondary field reference for NMR testing and Hall teslameters calibration.
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Teslameter
RX - 32
The device is designed to work as a research or service instrument characterized by a very high precision of magnetic field measurement. Thanks to the operation based on the principle of nuclear magnetic resonance ( Nuclear Magnetic Resonance - NMR ), it is a quantum device whose indications do not depend on external factors such as temperature, pressure, aging effects, etc.
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Benchtop NMR System
Spinsolve
The Spinsolve Autosampler uses a rotating carousel and mechanical arm to introduce and remove samples from the spectrometer. It enables up 20 separate samples to be measured in any order and can be fitted to all Spinsolve models. The software is very easy and intuitive to operate and requires very little training to use. It useful for customers who often have a series of samples to run on their benchtop NMR and want to save the hassle of having to keep coming back to exchange samples. Another benefit is the ability to increase utilization by setting up a queue of experiments to run on their Spinsolve overnight.
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High Resolution Magnet Systems
EPR
EPR samples with S=1/2 electronic spins exhibiting a narrow signal at G=2 and require magnetic fields of only ca. 3.5 T. However, EPR spectra from S>1/2 spins are typically much broader and have spectral features that spread over magnetic field range of several Tesla. Such fields could be easily achieved with superconducting magnets, but, unlike NMR, these magnets cannot operate in a persistent mode in order to satisfy a wide range of resonant fields required by the experiment.
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Electron Diffraction System
Modern physics is the post-Newtonian conception of physics. It implies that classical descriptions of phenomena are lacking, and that an accurate, " Modern", description of nature requires theories to incorporate elements of quantum mechanics or relativity, or both. This section includes many of the most important experiments in physics, including e/m tubes, the Franck-Hertz experiment, and nuclear magnetic resonance (NMR)
