Bruker Accelerates Extreme Resolution Isotope Fine Structure (IFS) Mass Spectrometry with Launch of New solariX™ 2XR FTMS System
FASTER AND EASIER IFS ANALYSIS WITH MASS RESOLVING POWER OF 1.2 MILLION IN ONE SECOND CAN NOW ROUTINELY DETERMINE THE MOLECULAR SUM FORMULAE OF UNKNOWN SMALL MOLECULES WITH AN AFFORDABLE 7 TESLA MAGNET
TORONTO — At the International Mass Spectrometry Conference (IMSC 2016), Bruker today introduced the next-generation solariX™ 2XR Fourier Transform Mass Spectrometer (FTMS) to accelerate ‘extreme resolution’ mass spectrometry with mass resolving powers in the range of 1-10 million, which are not achievable with any other mass spectrometry technologies.
The new solariX 2XR system, with an affordable 7 Tesla magnet, further advances the revolutionary method of isotope fine structure (IFS) mass spectrometry by reducing the time necessary to acquire IFS mass spectra, and by making IFS analysis easy and routine for broad applicability in chemistry research.
Its novel OMEGA detection electronics effectively doubles the detected ion cyclotron frequencies, thereby cutting in half the required

