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We offer contract use of the Thermo Scienfic DXR Raman microscope which is a non-destrucve and a research-quality analycal instrument providing informaon about the structure of materials. The method is based on interacon of the electromagnec radiaon and the sample molecules under condion of a change of the polarizability of the molecule. Sample types > Liquid and solid samples > Soluons of inorganic, organic and biological materials > Pharmaceucal materials (API) > Nanomaterials, microscopic materials > Biological samples such as ssue, cells, bacteria and other biological objects aCquired information > Detailed structure analysis > Defect and Failure analysis > Idenficaon of unknown materials > Low-concentraon molecules detecon via Surface Enhanced Raman Spectroscopy > Surface mapping and depth profiling Modes, conditions and prEcision > Excitaon lasers at 633 nm (maximum power at sample 8 mW) and 780 nm (maximum power at sample 24 mW) > Standard working distance objecves: 4X (macro sampling adapter), 10X and 50X > -1 -1 Spectral resoluon of the system is 5.0 cm (when full-range grang is used) and 3.0 cm (when high-resoluon grang is used) > Laser power regulator to guarantee reproducible laser power at sample > 1 μm x, y spaal resoluon and 2 μm depth resoluon > Automac fluorescence and cosmic ray correcon available with all excitaon lasers > TM OMNIC Atlus soware provides soware-controlled hyperspectral mapping and image analysis > ValPro system qualificaon for DQ/IQ/OQ/PQ validaon is available including the industry-standard format and automated soware protocols > Possibility to develop an analycal procedure based on Surface Enhanced Raman Spectroscopy for an ultra-trace determinaon of selected molecular targets; availability and sensivity of this opon depends on a complexity of the sample(s) and nature of the requested target(s) WWW.RCPTM.COM [email protected] WWW.RCPTM.COM Detailed information on request Raman spectra of polystyrene DXR RAMAN Spectroscopy THERMO SCIENTIFIC
