Used HORIBA LabRam HR800 #293665240 for sale

Manufacturer
HORIBA
Model
LabRam HR800
ID: 293665240
Vintage: 2011
UV/VIS Spectrophotometer IX-70 Inverted microscope Verdi 532 Laser 2011 vintage.
HORIBA LabRam HR800 is a Raman spectrometer specifically designed for high speed, high resolution measurements of the Raman scattering spectra of a variety of materials. This spectrometer utilizes a sophisticated combination of highly sensitive diode array detectors, a large wavelength range of 400nm - 5,000nm, and a high speed laser excitation system to provide the user with reliable and comprehensive Raman analysis. The excitation laser of LabRam HR800 is a 785 nm continuous-wave diode laser, with a maximum power output of 5 mW and a scan rate of up to 9,200 cm-1/s which allows for faster and more efficient spectroscopic measurements. The detector of choice is a highly sensitive single photon counting diode array, featuring a high dynamic range, high qe values, and very low noise. This allows for the capturing of faint Raman signals at low laser powers with very high accuracies. HORIBA LabRam HR800 also comes equipped with analysis software specifically designed for the instrument. This software allows for the quick setting up of measurement parameters, the efficient calibration and maintenance of the system, and easy data analysis. In terms of performance, LabRam HR800 excels in the range of Raman scattering applications it can address. The system is capable of characterizing many materials, from polymers to ceramics, metals and semiconductors. In addition, the high sensitivity and speed of this spectrometer enable it to be used for not only qualitative analysis, but quantitative analysis as well. In conclusion, HORIBA LabRam HR800 is a powerful and versatile spectrometer that is capable of delivering accurate and reliable spectroscopic analysis for a wide variety of samples. Its combination of high resolution and speed, with the addition of the single photon counting diode array detector, makes it ideal for applications such as qualitative and quantitative analysis, polymer characterization, and semiconductor characterization.
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