Welcome to MB Scientific

Pushing science forward with
state-of-the-art instrumentation

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Welcome to MB Scientific AB

MB Scientific AB challenging every day to develop and produce best possible instruments for the advanced research. We will keep working hard to produce reliable instruments and assist all our customers in their effort, pushing the front line of science forward, as I believe this helps bringing us all a peaceful and prosperous future.

That's why our focus is on our customer's satisfaction, always faithful to them and keep clear responsibility in the company.

Finally, provide the best products with best support to make our customer quickly producing world leading data.

Best Regards
Mitsuse Matsuki, CEO & Owner of MB Scientific AB

The latest news
  • 2026-08-22 10:31

    NEW FROM MB SCIENTIFIC: MBS EM-1!

    We are excited to announce the successful installation of our first Electron Monochromator, the MBS EM-1 #001, at EMPA—Swiss Federal Laboratories for Materials Science and Technology—in Switzerland.

    During the acceptance test, a palladium (Pd) reference sample was measured. Even before the vacuum system was baked, the measurements demonstrated an energy resolution (FWHM) of 517.7 meV at 800 eV and 430.7 meV at 1600 eV.

    Covering an energy range from 100 eV to 2 keV, the MBS EM-1 opens new possibilities for experiments that require a monochromated electron beam.

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  • 2026-05-20 19:20

    20 – 22 May JNSPE 2026 in Paris, France

    Meet MB Scientific at JNSPE 2026 and discover how our photoemission spectroscopy solutions support cutting-edge research on surface chemistry, interfaces, and electronic structure.

    Take your ARPES experiments to the next level with: state-of-the-art MBS A-1 analyser, the MBs Super Swide Angle (Momentum Microscope) mode, 3D-Spin ARPES.

    Link to JNSPE website

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  • 2026-02-12 12:54

    Imaging Spin in operation at the University of St Andrews, UK

    In february 2026 we successfully tested the MBS Image Spin system of the MBS A-1 #0037 at the University of St Andrews (UK). Using an Au(111) sample, measurements along the ±X direction clearly demonstrate the spin contrast.
    During the same time, we also said a "hi" to the L-1 #0037 and TM-1 #0024 systems.

    Watch video below

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