RAMOS E/M Series Raman Spectrometer

Research grade optical microscopes allowing the realization of the following light microscopy methods:

• Raman measurements

• Transmitted light 

• Reflected light (bright field and dark field illumination)

• Confocal microscopy

• Fluorescence measurements

• Polarization contrast and phase contrast imaging

• Differential interference contrast

The innovative approach to system design of Raman spectrometers ensures extremely high temperature and temporal stability of spectral measurements.

All components of RAMOS E200 system are fully integrated within an optical microscope providing compactness and mobility of the system.

In RAMOS M350, M520, M750 systems external imaging spectrographs are connected via optical fibers.

Raman measurements with the RAMOS E/M Series systems can be started in several minutes by turning a system key.

1. High resolution colour video camera for a sample observation
2. Optical microscope
3. Raman optical module
4. Automated 3–position turret with mirrors for input / output radiation
5. Confocal laser microscope module (“Reflection” module)
6. Two-channel imaging spectrometer
7. XY galvano mirror scanner
8. Z piezo scаnner
9. Automated microscope stage

Confocal Raman microscope with scanning speed of 1000 x 1000 pixels within total acquisition time of 3 sec

Fast raster and start-stop scanner operational modes

Spatial resolution of confocal images (100x, NA = 0.95)

Simultaneous 2D / 3D laser confocal and Raman imaging with full spectra saving in each point

Confocal imaging of deep sample layers 

Ultra-fast scanning with Galvano-mirrors 

High-performance optics ensures super system sensitivity and high signal-to-noise ratio (S/N ratio)

Wide spectral range, ultimate accuracy of Raman shift  measurements, high spectral resolution

Fast system configuration changing (lasers and filters switching) without additional system alignment 

Extremely sensitive detectors for Raman signal registration

• Spectral CCD camera provides outstanding performance due to the increased number of pixels (the number of pixels is 2048) and the smaller pixel pitches (12 x 12 μm) 

• Photodetector quantum efficiency is up to 95%. Low dark signal level due to two-stage thermoelectric sensor cooling

• Detectors operating internal memory with the capacity of up to 128 MB

• High-speed Ethernet interface for data transfer

The system may be completed with the following options: 

• Automated XY stage for an ultra wide field of scanning

• High temperature and vacuum cells

• Cryostat

• Remote fiber probe

High-precision spectrometer calibration

RAMOS E/M Series spectrometers can be optionally equipped with a neon lamp for high-accuracy spectral calibration