Electron Paramagnetic Resonance

Electron Paramagnetic Resonance

EPR is a non-destructive analytical technique and is the only method available for the direct detection of paramagnetic species. Free radicals and transition metal ions can be identified and quantified in solids, liquids, gases, cells, and in vivo. Structural insights from the chemical structure to intermolecular interactions are obtained from both CW and PulseEPR techniques (ESEEM, ENDOR, DEER, Relaxation, and Simulation).

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Highlight of the Product Offering

 

EMXplus

Embodying a new EPR philosophy

The EMXplus™ is the next generation of the successful Bruker EMX spectrometer line embodying Bruker’s innovative EPR analysis philosophy. The EMX is well-known for its premium performance in routine EPR research. The new design of the EMXplus™ reflects Bruker's dedication to the heart of an EPR spectrometer’s purpose: the analysis of the sample. Simply switch on the EMXplus™ to start your EPR endeavour.

 
EMXplus
 

EMXmicro

Decreased size, increased performance

With the EMXmicro, Bruker presents a new compact Continuous Wave spectrometer (CW-EPR) with a footprint as small as a tower PC and increased EPR performance in magnetic field and signal resolution. The EMXmicro represents a new digital generation of CW-EPR spectrometers: It is a highly integrated digital spectrometer featuring field controller and signal processor with unsurpassed resolution and precision. Being a micro spectrometer, the EMXmicro frees lab space by integrating these devices plus an optional temperature controller in the footprint of a tower PC.

 
EMXmicro
 

microESR: The Portable Research-Grade Instrument

The microESR is a small, portable research grade instrument. The spectrometer has a mass of only 10 kg and a 30.5 x 30.5 x 30.5 cm3 foot print. It can easily fit in a fume hood or glove box, or be transported to the field. It requires no special installation or regular maintenance.

 
microESR