From characterization of superconducting magnets to safety mapping, our cutting-edge technologies provide you with precise tools tailored to your specific needs. Take advantage of our leading-edge expertise covering a multitude of applications, from scientific research to industry.
Find out how we can help you!

Metrolab offers customized solutions, tailored to the specific needs of its customers.

Our tools enable extremely precise mapping of magnets used in magnetic resonance imaging (MRI) and NMR spectroscopy. These instruments require an exceptionally uniform magnetic field inside the magnet. We can also provide you with the means to delimit the 5 gauss line.

Superconducting magnets, used in fields such as particle gas pedals, tokamaks and energy generators, require rigorous measurement of the B0 field, long-term stability and field decay. Metrolab offers the right tools for these applications.

Calibration of magnetometers, essential for comparing an instrument’s measurement with an absolute reference, is based on the reference technique of nuclear magnetic resonance (NMR), a Metrolab specialty.

The monitoring of beam-bending magnets, used to deflect the particle beam in gas pedals, benefits from Metrolab’s provision of an absolute and stable reference point.

More than a supplier, Metrolab is your partner dedicated to excellence in technological solutions.

Since 1985, Metrolab has been committed to developing innovative magnetic field measurement solutions precisely aligned with your specific needs.

Our team of engineers and scientists excels at understanding technical challenges and aligning with your vision of innovation.

This close collaboration enables us to provide tailor-made solutions, optimizing your technical performance.

Magnetic Resonance Imaging (MRI)

  • Location of installation site
  • Field rise monitoring
  • In-plant and on-site shimming
  • Mapping of isogaussian lines
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High Energy Physics

  • Reference for calibration
  • Real-time field control
  • Dipole mapping
  • Multipole mapping
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Metrology Laboratories

  • Secondary reference standard
  • Permanent reference magnets
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Permanent Magnet Characterization

  • Precise measurements with 3-axis Hall sensors
  • Instantaneous mapping
  • Detailed analysis of magnetic properties
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NMR Spectroscopy

  • Mapping for shimming
  • Robotic automated mapping system
  • Single probes and probe arrays up to 25 T
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  • Measure isogaussian lines
  • Safety mapping
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For OEM Integrators

  • Customization of existing solutions
  • Development of new magnetic measurement concepts
  • Integration into your products
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  • ISO17025 accredited calibration laboratory for magnetic measurement quantities
  • Metrolab and third-party magnetometers
  • Standardization of MFC9046
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