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EnhancedModel M785 -Raman Microscope

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Raman Microscope M785 is an optical spectral instrument with specialized software for getting enlarged images of small details of sample structures, and also for measurement of spectral characteristics of samples by acquiring Raman scattering and photoluminescence. 

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Raman Microscope M785 is an optical spectral instrument with specialized software for getting enlarged images of small details of sample structures, and also for measurement of spectral characteristics of samples by acquiring Raman scattering and photoluminescence. The functions of RamMics® include spectral identification and analysis of microparticles composition and of other micro structured objects and substances.

The optical scheme of Raman Microscope consists of a microscope module and a spectral analyzer module (EnSpectr R785®) connected with a beam splitter module. Visual study of object is done in standard regime of microscope with the use of oculars and/or video camera. According to the instrument configuration, any optical scheme of object illumination (reflection or transmission) can be used.

EnSpectr Professional Software automatically manages all the parts involved into spectral signal measurement process. Besides that, mathematical block of the program automatically compares acquired spectrum with reference substance spectra stored in a spectral database, and thus recognizes the acquired spectra.

  • Chemical industry
  • Pharmaceutics
  • Forensics
  • Identification of counterfeit products
  • Customs control
  • Higher education/Scientific research
  1. Spatial resolution ~1 μm
  2. Digital camera 5 Mp
  3. Transition & Reflection measurements
  4. Professional software for automatic substance recognition
  5. Adjustment-free laser exchange technology (the unique feature enables unprepared user to easily change a laser)
  1. Small dimensions and mobility
  2. Widened spectral range supports analysis of photoluminescent and Raman spectra in aggregation which enables to get important additional information on objects’ properties during spectral analysis
  3. Widened spectral range supports analysis of photoluminescent and Raman spectra in aggregation which enables to get important additional information on objects’ properties during spectral analysis.