Raman Spectroscope

Diagnostics that are based on spectroscopy in the fields of Fundamental Physics & Optics, Life Science, Chemistry, or Material Science are dependent on the precise capture and analysis of optical and chemical signatures.input:
output:The Andor portfolio of CCD, EMCCD, InGaAs, ICCD, and sCMOS cameras provides customized solutions to the detection and characterization of specific optical phenomena or samples for Raman, Luminescence/Photoluminescence, Non-Linear, or Optical Emission Spectroscopy/LIBS-based experiments.input:
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Spectroscopy detectors customized to meet your requirementsinput:
output:Andor's detectors provide a diverse selection of sensor formats, time-resolution, and sensitivity to accommodate a variety of experimental conditions. These formats include high photon flux, single photons with super dynamic range, nanosecond to hours of time resolution, and UV to SWIR. input:
output:Do you require assistance in selecting the appropriate spectroscopy camera?input:
output:The selection of a specific sensor technology over another will be determined by the experimental requirements, which include sensitivity/photon flux, wavelength range, acquisition rates, time resolution, spectral, and spatial resolution. Each of the following: CCD, EMCCD, InGaAs, ICCDs, or sCMOS possesses distinctive characteristics. Discover additional information regarding each technology by visiting this website.input:
output:Choose the detector platform(s) that most closely align with your requirements from the alternatives provided below.Raman Spectroscopyinput:
output:Raman is a molecular spectroscopy technique that can provide chemical and structural fingerprint information for a diverse array of samples, such as nanomaterials, polymers, powders, liquids, or cells/tissues. The primary Raman techniques are as follows:input:
output:Impulsive and incitedinput:
output:Surface-Enhanced Raman Spectroscopy (SERS)input:
output:Surface Offset Raman Spectroscopy (SORS)