Spectroscopy enables researchers to identify chemical compounds, determine molecular structures, and understand fundamental properties of samples through the analysis of absorption, emission, or scattering of light or other forms of radiation. From infrared (IR spectroscopy) to ultraviolet (UV-visible spectroscopy) wavelengths, spectroscopy plays a vital role in various scientific fields. Explore how spectroscopy drives innovation and discovery across diverse research areas.
Inductively Coupled Plasma Mass Spectrometer (ICP-MS) The Science of sensitivity Bruker's ICP-MS is famous for its innovative and unique technology and has now been further refined to meet the ever increasing demands of latest application and laboratory requirements. Bruker's aurora M90 continues to be the workhorse for the routine laboratory, now with additional and improved characteristics. In addition to the aurora M90, Bru…
Making a dedicated and expensive GC-TOF-MS used infrequently for just a few samples a thing of the past. The GC-APCI II source enables GC coupling to any Bruker TOF or QTOF, trap or FTMS system originally designed for LC coupling.With its second generation GC-APCI source, Bruker offers the greatest flexibility and highest performance with a combined GC frontend and high-resolution MS system for confident ID of unknown compoun…
