HomeProductsMicroscopy
Raman Microscopes

Raman Microscopes

Explore Brukers range of Raman microscopes tailored to your analysis needs. You can choose from three distinct options:

  • SENTERRA II: A dispersive Raman microscope featuring classical NIR/VIS excitation lasers.
  • RAMANtouch: Our latest addition, an advanced confocal Raman microscope offering the world's fastest high-quality Raman imaging through patented laser scanning technology.
  • RamanScope III: An FT-Raman microscope equipped with an NIR laser for precise analysis.
Bruker Raman

Bruker provides the most comprehensive product portfolio in Raman microscopy, from advanced confocal 3D Raman systems to ultrafast galvano scanner-based imaging and specialized solutions for a wide range of applications. Its confocal Raman microscopes deliver high-definition chemical mapping and hyperspectral 3D imaging with sub-micron spatial resolution, making them ideal for materials science, life science and geology, with advanced confocal optics, sharp spectral clarity and user-friendly automation for fast, reliable, data-rich scans. The Nanophoton series is built on fast, precise galvano scanning technology, enabling innovative Raman imaging modes using a laser line or AreaFlash, while the SENTERRA II is the µ-Raman benchmark for user convenience, safety and precision, delivering 100% reliable Raman micro-chemical analysis. Raman microscopy analyzes 2D and 3D structures chemically, allows depth profiling and can even analyze objects behind transparent materials.

Key features:

• Confocal 3D Raman imaging with sub-micron spatial resolution

• Nanophoton series — fast galvano scanning with laser-line or AreaFlash imaging

• SENTERRA II — µ-Raman benchmark for convenience, safety and precision

• Hyperspectral 3D chemical mapping combining spatial and spectral data

• Depth profiling, including through transparent materials

Typical applications:

• Materials science and geology characterization

• Life science research requiring chemical mapping

• Micro-chemical analysis and component-distribution studies

Having questions?

Get in touch