Quantum Design Latin America Raising the Science

The homogeneity of a superconducting magnet on your bench

Ultra-high field homogeneity combined with solvent suppression allows you to resolve in few minutes analytes dissolved in protonated solvents at sub-millimolar concentrations. The Spinsolve 80 ULTRA is ideal to study biochemical processes like fermentations. The high sensitivity of the 80 MHz model makes it possible to detect metabolites produced at sub millimolar concentrations in just minutes.

Experience the most powerful benchtop NMR spectrometer  

Outstanding Features • Highest field strength (80 MHz) • Largest chemical shift spread • Highest sensitivity • Superb Resolution (0.5 Hz/20 Hz) • Multi-nuclear probe • 5 mm standard NMR tubes • No sample spinning required • Advanced methods like COSY, HSQC, HMBC, etc. • Benchtop size and weight • No cryogens  

60 MHz benchtop NMR

The Magritek Spinsolve 60 NMR spectrometer sets a new standard for 60MHz benchtop NMR instruments. The Spinsolve 60 spectrometer provides high quality 1H and 19F NMR spectra in seconds, right where it is needed - at your laboratory bench.  

Carbon-13 benchtop NMR

For organic chemists 13C NMR forms the backbone of routine molecular analysis. Spinsolve Carbon has outstanding resolution and unique sensitivity that enables the power of proton-carbon NMR in a benchtop instrument. This best-in-class spectrometer is the most flexible and cost effective way to get carbon-13 NMR in your laboratory.

The principal aims of these experiments are to provide experience in the synthesis, isolation, purification and characterisation of simple aromatic compounds. In particular, you will study aromatic substitution reactions in which functional groups greatly influence further substitution of monosubstituted benzenes. The main characterisation technique utilised in these experiments is 1H NMR spectroscopy using the benchtop Spinsolve NMR spectrometer.

The principal aims of these experiments are to provide experience in the synthesis, isolation, purification and characterisation of simple aromatic compounds. In particular, you will study aromatic substitution reactions in which functional groups greatly influence further substitution of monosubstituted benzenes. The main characterisation technique utilised in these experiments is 1H NMR spectroscopy using the benchtop Spinsolve NMR spectrometer.

The principal aims of these experiments are to provide experience in the synthesis, isolation, purification and characterisation of simple aromatic compounds. In particular, you will study aromatic substitution reactions in which functional groups greatly influence further substitution of monosubstituted benzenes. The main characterisation technique utilised in these experiments is 1H NMR spectroscopy using the benchtop Spinsolve NMR spectrometer.