Raman microscopes-spectrometers of Confotec® MR series
Compact Raman confocal microscopes-spectrometers of MR series from SOL instruments – models Confotec® MR350, Confotec® MR520 and Confotec® MR750 – are intended for micro spectroscopic measurements with the high-end system capabilities.
All models have a rigid design that does not require adjustments and have both high sensitivity and high spatial resolution. Spectral measurements are provided by a highly automated 350, 520 or 750 mm focal length Imaging monochromator-spectrograph with a motorized 4-position grating turret.
We offer 5 configurations for each model of Confotec® MR series microscopes so that you can select the optimal assembly for your industrial or scientific task.
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Other Raman microscopes of Confotec® series produced by SOL instruments
Confotec® NR500
High-precision, fully automated 3D laser scanning Raman confocal microscope with a spectrometer, designed for rapid non-destructive analysis
Confotec® MR200
Compact and price-effective, fully automated Raman 3D scanning laser confocal microscope for routine measurements and scientific research
Confotec® CARS
Multifunctional multichannel 3D scanning laser confocal Raman and traditional microscope-spectrometer, notable for its high resolution and high-speed scanning
Confotec® Duo
Compact Raman microscope with two integrated lasers (532 nm and 785 nm with an optical isolator) with the telescopes and a two-channel imaging spectrometer
Confotec® Uno
Compact confocal microscope with a built-in laser, 532 nm or 785 nm (optional), with a telescope and a single-channel imaging spectrometer on optical platform
Confotec® series microscopes
Raman confocal microscopes of Confotec® series: the 3D scanning laser microscopes-spectrometers designed to solve analytical tasks without an object destruction. Variety of configurations, reliability, flexibility and modularity, as well as high spatial and spectral resolution, allow to choose the optimal fitting of the Confotec® microscope for your unique application and investigation area.