Brief introduction: Finder One "spectrum" series of Raman spectrometer is developed by our company has a high sensitivity of micro laser Raman spectrometer, it USES the optimization of the microscopic imaging optical path, can stimulate the light of light convergence to the micron scale, at the same time with high quality image correction spectrometer and import CCD detector, all components are integrated into the integration of the cabinets, maximum limit to ensure the stability of the instrument performance, which can obtain samples of the chemical composition, crystal structure and intermolecular interaction and information of various Raman spectra of molecular orientation, is widely used in institutions of higher learning, scientific research institutes of physical and chemical experiments, such as compound functional group analysis, molecular dynamics, carbon fiber/carbon nanotubes Raman spectroscopy, surface \ monolayer membrane, polymer structure analysis, cell organization research, forensic identification, archaeology, geology, and other areas of the multidisciplinary. Technical parameters: Raman spectrum range: 180-5000 - cm - 1 (high sensitivity version) 90-5000 - cm - 1 (low wave number) Resolution: 2 cm or less - 1 (@ 585.25 nm) Laser: standard: 532 nm (100 mw or higher, TEM00) Optional: 325 nm, 633 nm, 785 nm, etc Refrigeration type back light sensitive CCD detector types: TE deep (LDC - DD technology) Effective as yuan: 2000 x 256 Like yuan size: 15 * 15 microns Quantum efficiency: 95% @ 780 nm
The Finder One micro-area laser Raman spectrometer uses an optimized microscopic imaging optical path to focus the spot of excitation light to the micron order. Finder One Micro-Raman Laser Raman Spectrometer is widely used in physical and chemical experimental research in universities and research institutes, such as functional analysis of compounds, molecular dynamics research, carbon fiber / carbon nanotube Raman spectroscopic analysis, surface analysis \ single layer Multi-disciplinary fields such as thin film analysis, polymer tissue structure analysis, cell tissue research, forensic identification, archeology, and geology.
