NMR MAGNETIC FIELD CAMERA
Metrolab’s new generation of magnetic field camera is based on precise pulsed-wave NMR technology.
The miniaturized probe produces high-density probe arrays, to map any pre-clinical, extremity or whole-body MRI magnet as well as any NMR spectroscopy magnet.
Cameras to map any magnet
Probe-array geometries. The classic Metrolab design – MFC9046 – supports any spherical DSV from 150 mm to 600 mm. The new MFC9146 maps cylindrical DSVs as small as 10 mm in diameter and 28 mm in length.
Extended range and unbeatable precision
Maps magnetic fields from 200 mT to 25.8 T (1 GHz) at a precision of 10 ppb (0.01 ppm).
Ramping then mapping
By including a wide-range probe in the middle of the probe array, the magnet may be followed during ramping and mapped with just one fixture.
High tolerance to field gradient
The robust system searches and detects the NMR signal in a gradient of 1.35 mT/cm in a 1T field (1350 ppm/cm).
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Established in 1985, Metrolab Technology SA is a Swiss company based in Geneva. We are the global market leader for the development and manufacture of precision magnetometers, which are used to measure high-intensity magnetic fields to a very high degree of precision.
About the technology
MRI and NMR spectroscopy applications require a highly uniform magnetic field. NMR is the only magnetic measurement technology capable of generating a magnetic field map with a high degree of precision.