NMR Instruments

Solid-State NMR

Bruker has a wide range of products for solid-state NMR experiments providing unsurpassed sensitivity for applications in biomolecular research, material science, and pharmaceuticals.

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Solid-state NMR spectroscopy is a technique to characterize solid materials - e. g. catalysts, polymers, pharmaceutical formulations, or proteins - using nuclear magnetic resonance (NMR) spectroscopy. Crystalline phases, amorphous phases and mixtures can be studied alike.

Bruker’s solid-state NMR portfolio comprises high performance probes for Cross-Polarization Magic Angle Spinning (CPMAS) NMR, analytical solutions which are geared towards sensitivity enhancements such as Dynamic Nuclear Polarization (DNP) and MAS CryoProbes, or High-Resolution (HR) MAS probes which are used for the analysis of semi-solids such as gels. In addition, Bruker offers a wide variety of specialty probes, e.g. for solid-state NMR experiments at extreme temperatures or probes which are intended for battery research. Bruker’s extensive probe portfolio is complemented by high-quality consumables and advanced automation solutions.

Please contact us to discuss your particular application. We would be delighted to support you in the selection of the most suitable instrumentation and the most suitable NMR experiments.

Bruker LabScape Consumables - Solid State NMR

Bruker LabScape® offers a wide range of certified consumables for various applications in solid state NMR.

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Solid State Probes

CPMAS Probes

Cross-Polarization Magic Angle Spinning (CPMAS) probes are ideal for the analysis of a wide range of inorganic and biological samples. Bruker offers a large variety of CPMAS probe families for different nuclei with MAS spinning speeds up to 160 kHz.

DNP-NMR

Dynamic Nuclear Polarization (DNP) is used to increase the polarization of your NMR sample and boost sensitivity by several orders of magnitude. Bruker offers complete DNP systems with state-of-the-art probes, microwave sources and temperature control equipment.

MAS CryoProbes

Enabling solid-state NMR experiments with signal-to-noise ratios, without the need for sample modification. Learn more.

iProbe HRMAS, iProbe CMP

Equipped with a gradient coil and a dedicated lock channel, Bruker’s HRMAS and CMP probes enable NMR experiments on samples where different phases coexist.

Solid-State NMR Accessories

Accessories for solid-state NMR applications enabling automatic and remote sample changes. Learn more.

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Specialty Solids Probes

Bruker offers a range of solutions for special solid state applications such as battery research, investigations of catalyst materials, or for NMR experiments at particularly high or low temperature.

Applications

Webinars

Characterizing Pharmaceutical Formulations Using Solid-State NMR Spectroscopy

Use of Solid-State NMR to analyse drug product: form changes, particle size, crystal defects, impurities, phase separation of amorphous formulations, and prediction of stability.

World-class Bruker NMR Trainings

Cross Polarization in MAS Solid State NMR

A seminar on heteronuclear correlation (HETCOR) experiments, an important technique for reliable structural analysis.

World-class Bruker NMR Trainings

Solid State NMR Tips and Tricks 1

A general practical overview over standard and advanced double and triple resonance CPMAS experiments for pharmaceutical and other material science applications. Learn about multiplicity editing, dipolar dephasing, homonuclear correlation and heteronuclear dipolar coupling.

World-class Bruker NMR Trainings

Solid State NMR Tips and Tricks 2

An introduction to advanced double and triple resonance CPMAS experiments for pharmaceutical and other material science applications, including T1 relaxation experiments and FSLG based heteronuclear correlation experiments.

World-class Bruker NMR Trainings

Solid State NMR Tips and Tricks 3

A review of advanced CPMAS experiments for pharmaceutical and biological applications, including HFX CP and double CP experiments, their setup and best decoupling strategies for ¹H and ¹⁹F.

World-class Bruker NMR Trainings

Solid State NMR Tips and Tricks 4

A discussion of homonuclear correlation experiments using zero quantum and double quantum experiments at MAS rates between 5 and 111 kHz.

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