The STR250 Laswer Raman Spectrometer is a highly compact, and flexible system with a high sensitivity to measure an weak Raman scattering from different materials. The system consists of an imaging spectrometer and TE cooled CCD camera. We offer a remote sampling, a optical microscope for small sample with spatial resolution <1u m, and dual excitation lasers for visible and Near IR region. Near IR laser will resolve the florescence problem from the organic compound. The system include user friendly Windows based control and data processing software

Features

• Compact, flexible system configuration
• Single MM or SM fiber
• High resolution: < 0.1cm
• Confocal optics for microscope, and remote probe
• Fully automated data collection
• Grams/32 software for advanced data processing

Raman spectroscopy is the most extensively used technique for characterizing carbon related materials, especially CVD diamond, because it clearly distinguishes between different forms of carbon, viz. cubic diamond, lonsdaleite, graphite, diamond like carbon and glassy carbon. The main reason for its extensive use in assessing the quality of diamond films might be that the Raman scattering coefficient are significantly higher for the graphitic carbon than the diamond phase. Thus it is an important tool in estimating the purity of the films. The right spectrum illustrates how nicely curve fitting can be performed using Grams/32, advanced data processing software.