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Ascend nuclear magnetic resonance magnets

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Code: #22202

Supplier: Bruker Corporation

Combines several of Bruker’s proprietary, innovative magnet technologies for best performance and cost efficiency.

rightMORE INFORMATION

  • The availability of cutting-edge superconducting wire technology makes it possible to achieve magnetic fields of up to 1.2 GHz. Advanced superconductors also make it possible to design NMR magnets that are extremely compact, which, in combination with the minimization of the stray field by active shielding, is a key benefit when NMR systems need to be placed in space-restricted laboratories.
     
    Bruker’s Electromagnetic Disturbance Suppression (EDS) provides excellent screening efficiency against external magnetic field disturbances, which is ideal when an NMR spectrometer needs to be sited in a challenging environment. Bruker’s proprietary jointing technology for high-current and high-field joints guarantee the lowest drift rates.

  • The Ascend™ series of compact NMR magnets makes medium and high-field NMR spectroscopy extremely powerful, and at the same time reliable and convenient. Ascend magnets combine several of Bruker’s proprietary, innovative magnet technologies for superior performance and operational cost savings.The Ascend magnet design features advanced superconductor technology, enabling the design of smaller magnet coils, thus resulting in a significant reduction in physical size and magnetic stray fields. The Ascend magnets are therefore easy to site, as well as convenient and economical to operate.
     
    Maximum Performance
    Unique jointing technology leading to the lowest drift rates for outstanding field stability
    Advanced shimming technology for highest field homogeneity
    External Disturbance Suppression (EDS) with up to 99% screening efficiency against external magnetic field disturbances
    Cryostats with excellent thermal efficiency for low cryogen consumption
    Available with high-performance vibration isolators
     
    Minimum Stray Fields
    Easy siting with less preparation costs
    Easy magnet access and rigging due to smaller size and weight
    Reduced physical and magnetic footprint in the lab
    Reduced ceiling height requirements

 
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