Bruker BioSpin announces the expansion of its new dual-observe carbon/proton NMR CryoProbe product line to higher field strengths
The first in this family of dual-observe CryoProbes was introduced for the Avance 400 NMR spectrometer - the lowest field cryogenically cooled probe on the market.
Now these new dual CryoProbes are also available for higher field strengths of 500, 600 and 700MHz.
The DCH CryoProbes produce a 13C spectrum in only a few minutes, enabling the acquisition of up to 250 spectra per day, for high-throughput applications.
With the highest carbon sensitivity available today, these new probes deliver reliable measurements with very small sample quantities.
The DCH CryoProbes are ideal for organic molecule structure verification, natural product chemistry analysis and metabolic research.
"The experience acquired in the past decade in the design of cryogenically cooled probes allows Bruker BioSpin to expand the product spectrum to include these new dual CryoProbes," commented Mark Chaykovsky, executive vice president of Bruker BioSpin.
"The new generation of dual CryoProbes will allow our customers to increase their sample throughput and utility of NMR for their screening and research needs in organic chemistry, natural product research, medicinal chemistry and metabonomics."
