Ascend

The availability of cutting-edge superconducting wire technology achieves magnetic fields of up to 850 MHz from a compact magnet, while matching and surpassing the performance of the traditional magnets. New and improved Electromagnetic Disturbance Suppression (EDS) provides excellent screening efficiency against external magnetic field disturbances, ideal for challenging environments and a requirement when placing systems in space-restricted laboratories. Bruker’s proprietary jointing technology for high-current and high-field joints guarantee the lowest drift rates.
 
Ascend™ magnets, available from 400 to 850 MHz are extremely flexible and easy to site, even in single story labs, with compact size and minimal stray field. Access for sample loading and changing is easier, and rigging costs are reduced. The small dewar size reduces cryogen consumption, making the new magnets more economical to run.
 

Due to their smaller size and weight, Ascend magnets consume significantly less Helium and Nitrogen, reducing operational costs compared to previous
generations of magnets.

Further demonstrating our determined commitment to increased sustainability, and in response to customers’ concerns regarding the availability and rising price of cryogens, we have also developed innovative refrigeration solutions that eliminate N2 fills. This additional feature maximizes convenience and
system flexibility by enabling longer term experiments with no interruption, whilst lowering the cost of ownership without compromising on performance.
 
The BSNL is dedicated to systems equipped with a CryoProbe, while the BNL has been developed for use with all other Bruker NMR systems.