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E-mail
kathleen@fairborn.cn
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Phone
18049883799/18049859399
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Address
Building 10, No. 860 Xinyang Road, Lingang New Area, China (Shanghai) Free Trade Zone
Fairburn Precision Instruments (Shanghai) Co., Ltd
kathleen@fairborn.cn
18049883799/18049859399
Building 10, No. 860 Xinyang Road, Lingang New Area, China (Shanghai) Free Trade Zone
Technical parameters:
Raman microscopy has a spatial resolution of 1 micron and a true confocal depth profile, which can meet demanding analysis requirements. This novel microscope combines excellent spatial resolution, outstanding performance, and unparalleled high reproducibility, and is accessible to everyone.
Main features:
Raman microscopy is composed of fully integrated pre collimation components, which facilitate rapid on-site installation and configuration replacement. This flexible and innovative system adopts multiple patented designs, which not only simplifies the steps for professionals to optimize the system, but also fully automates the testing optimization process. The installation and uninstallation of replaceable SMART attachments do not require selective tightening and can automatically change system settings. The patented automatic alignment and calibration technology ensures reliable results. The fiber optic option can be used for remote analysis of samples. In addition, this microscope can fully comply with cGMP and FDA regulations through the ValPro full system validation software package. Easy for users to search and identify samples.
Product Introduction:
Convenient use of instruments ensures research quality, Raman technology brings infinite advantages
Raman microscopy is a research grade tool specifically designed for busy analytical laboratories today. This microscope can meet users' requirements for high spatial resolution, simple sample preparation, and powerful Raman spectroscopy, without the need for busy users to become Raman experts. The spatial resolution of Raman microscopy is equivalent to or far superior to existing instruments on the market, and its unique design can help users easily obtain high-quality results.
Speculation on obtaining superior performance
*The real 'click to run' function means you don't have to become an expert to obtain high-quality spectral data
*The patented automatic collimation system ensures instrument performance and enhances your confidence in experimental results
*Unique design features: automatic focusing, automatic exposure, and automatic background capture
*High spatial resolution
*Extraordinary visual quality
*Automatic fluorescence correction to remove fluorescence interference effects
*The laser energy regulator can compensate for the laser energy output and ensure stable response values
Let you pay more attention to the results without spending time learning new technologies and steps. Simple analysis without damaging the sample
*Micro scale mapping and data analysis
*Depth profile map - analyze the material characteristics of each layer
*Defect analysis
Precise mapping and data analysis provide the answers you need
*The integrated OMNIC Atl μ s imaging software integrates spectral mapping, image analysis algorithms, and chemometric tools. Analyze the cross-section of the sample, extract sample composition information using MCR, and then map and quantify the sample composition. Adding mapping functionality to microscopes can enable more complex applications.
*Our Raman spectroscopy library is currently a wide range library, making the analysis and identification of unknown samples easy. The unique intelligent locking technology of the intelligent attachment ensures high repeatability results
Users can set the wavelength of the Raman microscope laser to 532633 and 780nm. The laser is matched with corresponding filters and gratings, and intelligent locking technology is used to lock the positioning, ensuring high repeatability of the results. OMNICTM can identify each component, record serial numbers, and check compatibility, while also providing convenient storage boxes for spare components.
Fully enjoy the advantages brought by a fully integrated system - from instruments to software, components and accessories, and even spectrograms