San Diego10th August 2017: Magritek, a leading provider of compact NMR and MRI instruments, and Quantum Design, a leading manufacturer and distributor of scientific and industrial instrumentation announce their new distribution partnership. Under the new agreement, Quantum Design South America will distribute Magritek’s product line of Spinsolve Benchtop NMR Spectrometers in South America.
Silicon is one of the most widespread elements in the natural world and, as such, this makes it a very interesting and useful element to study using NMR. Over the past few decades, a wide range of silicon-containing compounds have been investigated using both solid- and liquid-state NMR techniques. For example, siloxane polymers, which are extensively used in biomedical and cosmetic applications, have been extensively studied by NMR to understand their structure and individual building blocks. Similarly, the structure of silicates, zeolites and other materials have been studied by silicon NMR. Silicon NMR has been shown to be a powerful tool for the determination of active end groups, cross-linking moieties and polymer sequencing.
The Spinsolve is not only a perfect tool to teach NMR to Chemistry students, but its performance enables it to be used for serious research. This is evidenced in the published papers from our users. Over the last few months there has been a number of new publications featuring Spinsolve. In this post we will highlight a few of them. Click here for a full comprehensive list of publications.
We regularly post testimonials on our blog, where our customers describe how they are using their Spinsolve and comment on their experience using it. We have a number of these user stories now, so we have conveniently compiled them all on a new page ‘What Customers Say‘.
Take a look to see how Spinsolve users all over the world, in teaching and research, are using their Spinsolves.
Dr Peter Keizers is a scientist in the Centre for Health Protection at RIVM, the Dutch National Institute for Public Health and the Environment based in Bilthoven. As a chemist, he investigates (illegal) drugs, medical devices and other medicinal products. His group studies the composition of these products and specifically look for active pharmaceutical ingredients, preferably in a quantitative way.
Our development team is constantly working on improving performance of the Spinsolve. And as a result the quality of NMR spectra you can obtain with Spinsolve has continued to improve. To show this, we have been updating the NMR spectral examples that are available on this website, and also updating Spinsolve 60 MHz data. So please go to Example NMR Spectra and browse through the page. Hope you find these examples useful!
Professor Steven Ley’s laboratories are located in the Department of Chemistry at the University of Cambridge. Their research specialises in flow chemistry and organic synthesis. They are renowned for collaborations with academic and industrial partners. Précising their work, Steve says
“Complex synthesis remains a challenging occupation requiring an exceptional level of experimental skill, extensive knowledge of both mechanistic and molecular reactivity, and a bold, inventive, and creative spirit. It is the combination of these qualities that transforms the synthesis process from one of simple logistics to an art form.”
Thrilled to announce the launch of the NEW Spinsolve ULTRA Benchtop NMR system. The Spinsolve ULTRA has the field homogeneity of a superconducting NMR magnet (0.2 Hz / 6 Hz / 12 Hz) in a compact and robust benchtop unit.
When combined with solvent suppression it allows users to resolve compounds dissolved at sub-millimolar concentrations in protonated solvents, such as water. The example below shows how effective the suppression of the very large water signal is. This enables metabolites at concentrations down to a few hundred micromolars to be detected in an 8 minute measurement.
Please contact us to discuss if Spinsolve ULTRA is useful for your application.
HTBLA Wels is a higher technical vocational college of chemistry in Austria. Here, Dr Harald Baumgartner is responsible for the instrumental analytical laboratory. The lab’s main focus is to teach students the basics of NMR (interpretation of spectra).
Dr Baumgartner says “Compared to the old 60 MHz spectrometer, the Magritek Spinsolve benchtop spectrometer is so much easier to use. It is software-based so collecting and processing data is quite straightforward. As well as 1H spectra, our Spinsolve allows us to measure more complex spectra including 13C-spectra. Even 2-dimensional experiments are now available to the students.”
A college student learns about NMR with the Magritek Spinsolve Carbon at HTLBA Wels in Austria