Spinsolve family benchtop NMR spectrometers

Magritek | Discover the Spinsolve family of NMR spectrometers

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The new Reference Point in Benchtop NMR.

Optimized Performance combined with highest Versatility.

Spinsolve is a revolutionary multinuclear NMR spectrometer that provides the best performance of any benchtop system available today. The Spinsolve spectrometers come in 100, 90, 80, and 60 MHz models and can be equipped with unique features. With its small footprint, low weight, and low cost you can have powerful, high resolution NMR spectroscopy in the chemistry lab.

The Spinsolve can be equipped with powerful addons

For applications where high resolution or solvent suppression is required, we offer the Spinsolve ULTRA model, which come with enhanced resolution (50% < 0.2Hz) to get the highest performance with solvent suppression methods.

F capability on the first channel. Add on the second channel as many nuclei as you need e.g.

The Spinsolve systems can be equipped with different flow cells to pump mixture continuously through the system for on-line analysis.

The qIDsolve software package combines tools for automated data acquisition, identification, quantification and reporting embedded in a fully traceable environment supported by an extensive benchtop NMR spectra database.

Automate High-throughput At-line and Off-line NMR measurement with Spinsolve autosampler. Options for 20 or 80 samples with temperature control and a minimum footprint, fully integrated into the Spinsolve software for easy queue-up of multinuclear experiments or walk-up operations.

The Spinsolve spectrometer can be controlled by our standard Spinsolve software or by our expert software package.

Fully automated quantification in regulated environments with benchtop NMR

Beside the set of 3 D (x,y,z) pulsed field gradients for gradient enhanced methods, which is included on all Spinsolve systems the Spinsolve can as well be equipped with a stronger pulsed field gradient for diffusion experiments.

The Spinsolve models offer the possibility to set the temperature of the probe in a range from RT to 60 °C. This feature allows one to control the temperature of the sample within this range. This is particularly powerful for reaction monitoring where the temperature of the reacting mixture cannot cool down during the pumping process.