The Bruker MultiRAM is an FT-Raman with utilises a 1065nm source delivering up 500mW of power to achieve a measurable spectral range for 4600-cm-1, in the Bruker OPUS software.
Raman spectroscopy is a technique that looks to analyse materials by subjecting them to a beam of energy and looking at the resultant photon release from the excited molecular bonds returning to its original energy state. The energy of the photon can be compared to the energy of the original beam and from this the molecule can be identified. The advantage of Raman spectroscopy is that it can be non-destructive, so can be used to identify samples without the worry of losing them. Solids, liquids and powders can easily be identified by the Research Complex’s Bruker MultiRAM.
