Bruker’s Advanced Handheld Raman Spectrometer: Elevating ID and QC/QA
Bruker introduces BRAVO – a handheld Raman solution that epitomizes superior design and performance. Enhanced with the user-friendly OPUS-Touch graphical interface and a spacious touch screen, Bruker ensures rapid and efficient material identification. Harnessing several patented technologies, BRAVO by Bruker redefines spectral quality standards for the next generation.
BRAVO, a masterpiece by Bruker, provides unmatched flexibility. Say goodbye to unpacking materials, transporting them to distant labs, and enduring lengthy analyses. With BRAVO, Bruker literally brings the lab to your fingertips, wherever you are, guaranteeing swift and accurate analyses. Bruker designs BRAVO with adjustable settings for varied user levels, ensuring the utmost integrity and authenticity of results.
Conventional Raman spectroscopy often struggles with raw material verification due to fluorescence. However, with SSETM (Sequentially Shifted Excitation) – a patented innovation by Bruker, BRAVO is equipped to analyze a broader range of raw materials using handheld Raman systems, setting a new industry benchmark.
Bruker’s Duo LASERTM excitation ensures unmatched sensitivity across the entire spectral range, assuring maximum, definitive verification.
Choose a measuring tip suitable for vials or bags, and Bruker’s IntelliTipTM for BRAVO will meticulously record this choice. With no margin for error, IntelliTipTM ensures that BRAVO by Bruker recommends the correct tip for specific raw materials.
Bruker’s docking station for BRAVO facilitates Ethernet connections to PCs (either directly or via a network). It also provides storage for an additional measuring tip, daily check samples, and supports lab-based Raman measurements. Additionally, it powers both BRAVO and an extra battery.
Specifically designed for BRAVO by Bruker, this head enables laser beam focusing, adjusting the power density on the laser surface. This enhancement by Bruker ensures optimized results even when measuring through thicker packaging materials.