subscribe
 

Bench-top NMR system launched

23rd June 2017

Posted By Paul Boughton


The Spinsolve Ultra is Magritek’s latest benchtop NMR system

One of the leading providers of compact NMR and MRI instruments, Magritek, has launched the Spinsolve Ultra Benchtop NMR system.

The company’s high homogeneity Halbach magnets, the system delivers ultra-high field homogeneity (50% 0.2Hz, 0.55% 6Hz, 0.11% 12Hz) which, when combined with solvent suppression, permits users to resolve compounds dissolved at sub-millimolar concentrations in mixtures such as beverages, fermentations, wastewater and biological fluids in just eight minutes.

No sample preparation is required for the measurement.

Spinsolve Ultra is available with multiple different nuclei to give users the possibilities to have a system configured specifically to their requirements.

All models measure 1H and 19F nuclei but the multinuclear versions offer a third, optional nuclei that can be 7Li, 11B, 13C, 15N, 29Si or 31P.

Users may also ask for the availability of other nuclei. The unit also includes solvent suppression pulse sequences to strongly reduce the signal of protonated solvents that can be more than three orders of magnitude larger than the signals of interest being measured.

Spinsolve Ultra models are available at a choice of operating frequency: 43 MHz or 60 MHz (for 1H). Furthermore, top class results are produced with no sample spinning, no requirement for compressed air and no need for reference deconvolution data processing.

The high homogeneity of the Spinsolve Ultra is particularly useful for samples where the compounds to be identified and quantified are dissolved in protonated solvents such as water.

Among important applications are the following: the quantification of sugars and alcohol in beverages; the identification and quantification of metabolites in urine; the analysis of contaminants in wastewater; fermentation processes in bioreactors.

In general, the high resolution offered by the Spinsolve Ultra is of great advantage for monitoring chemical reactions performed in the presence of protonated solvents and for qNMR of samples where important signals overlap. 





Subscribe

 

Subscribe



Newsbrief

Twitter Icon © Setform Limited
subscribe