NMR20 GAUSSMETER

The NMR20 is the new model from the famous Gaussmeter NMR 2 (Drusch). Technology approved for more than 37 years.

CAYLAR proposes a measurement of the magnetic field by Nuclear Magnetic Resonance (NMR) which makes an absolute measurement of the magnetic field, with resolution of 1 mG (0.1 μT) without influence of temperature.

The NMR20 gaussmeter have the characteristic of measuring weak fields from 140 G (14 mT) up to 13 T.

CAYLAR NMR probes offer a high measurement dynamic (minimum ratio 5).

Possibility to measure fields from 14 mT to 13 Tesla with only 6 probes. And from 14mT to 2.1T with only 3 probes.

See the instrument

RESISTIVE ELECTRO-MAGNET UP TO 3 TESLA

Magnetic laboratory assemblies dedicated to the study and characterization of the magnetic materials and objects properties.

Complexe assemblies with electromagnet associated with ultra high vacuum chamber (UHV), cryostat for KERR measurements and XMCD measurements.

Can be assembled on a specific 4-axis displacement table (up to 2 tons) motorized.

OUR JOB

 

Scientific instrumentation

ELECTRO MAGNET

ELECTRO MAGNET

ELECTRONICS

ELECTRONICS

MECHANICS AND INTEGRATION

MECHANICS AND INTEGRATION

THE COMPAGNY

With over 20 years’ experience CAYLAR design and manufacture very high quality equipment dedicated to research and scientific instrumentation.

CAYLAR is specialized in making custom specific equipment.

CAYLAR manufacture:

  • NMR Gaussmeter
  • Hall gaussmeter
  • Field regulator based on MNR or Hall
  • Electromagnets
  • High stability Regulated power supplies ( 100 ppm, 10 ppm or beter )
  • High vaccum chambers integrated inside the airgap of the electromagnets
  • Various sub-systems related to instrumentation

CAYLAR continues to develop their basic design, integrating the most advanced technologies available, and on many aspects unique on the market, in terms of performances, functionality, with very simple access from external computer.

Thanks very close relations with scientific laboratories worldwide, CAYLAR is concerned by many scientific instruments.

KNOW HOW

CAYLAR is fully autonomous in designing, deep simulating and manufacturing for electromagnets custom design.

Recently, we have designed very original magneto-optic instruments with magnet poles in UHV, for MOKE experiments (Magneto-Optic Kerr Experiments) with very efficient cost.

The domain of CAYLAR scientific customers is related the Nuclear physics, particle accelerators, Ions accelerators, Neutron beam environment, X rays in Synchrotrons and Cyclotrons.

At CAYLAR, we will be happy to study your needs and do our best to satisfy them.