Benchtop NMR and EPR bring magnetic resonance into teaching labs and research groups, without the space, cryogens and infrastructure of a high-field system.
Contact us← All marketsStudents see T1, T2 and spin echoes on real samples and learn how relaxation reveals molecular motion, and they meet inverse Laplace analysis, a powerful tool for samples with several components. No cryogens, no dedicated room, and a lab session fits in an afternoon. Read more →
Relaxation times show how freely molecules move in gels, hydrogels, polymer networks and biological samples. Follow gelation, swelling or ageing and compare formulations on the same scale. Read more →
The relaxation of water inside a porous solid reflects pore size and how the water is bound. Useful for cement, rock, wood, catalyst supports and other porous media. Read more →
Relaxivity measurements rank MRI contrast agents and magnetic nanoparticles quickly, before anyone books time on an imaging system. Read more →
Students record the spectrum of a simple radical and read the g-value and the hyperfine splitting from it. Compact, safe and easy to run in a teaching lab. Read more →
Detect and identify radicals from the shape of their spectrum, count the spins, and follow how a radical signal grows or decays during a reaction, an irradiation or a redox step. Read more →
Cu(II), Mn(II), V(IV), Fe(III) and other paramagnetic centres report their oxidation state and surroundings. Also used for defects in semiconductors, carbon materials and catalysts. Read more →
Describe your samples and your question. MSY Consulting runs feasibility measurements, shows you what the technique can and cannot do for your case, and then supports you with demonstrations, on-site help and training until the method is part of your routine.
Send an email describing your instrument and your application, and you will get a reply.
contact@msyconsulting.euMSY CONSULTING SAS · Wissembourg, France · LinkedIn
