Shimadzu Infrared Raman Microscope AIRsight

Shimadzu Infrared Raman Microscope AIRsightIt is the infrared Raman "two in one" microscope (Micro FTIR Raman) in the Shimadzu industry, which uses the same equipment and software to achieve the full workflow of micro infrared and micro Raman spectroscopy techniques from sample observation, positioning and labeling, multi-mode measurement to data analysis. Capable of quickly obtaining complementary infrared and Raman spectroscopic information at the same position of the same sample without moving the sample.

【Core Features】:

1. Use the same microscope and software to test and analyze both infrared and Raman spectra.

2. It is possible to obtain complementary infrared (organic) and Raman (inorganic) information for small regions of the same sample without moving the sample, in order to achieve multidimensional spectral characterization of trace samples and sample micro regions.

3. Equipped with Shimadzu's creatively designed large field camera and multi objective automatic turntable, it can share position information with infrared and Raman objectives, greatly improving the efficiency and reliability of sample observation, positioning, and spectral measurement.

4. The microscope is used in conjunction with the infrared spectrometer host, so the entire system also has all the functions of the infrared spectrometer host, which can achieve infrared spectral characterization of various types of conventional scale samples (solid, liquid, gas) beyond small samples.

【Shimadzu Infrared Raman Microscope AIRsightTechnical Principle】:

This device integrates Fourier transform infrared spectroscopy technology, micro infrared spectroscopy technology, laser confocal micro Raman spectroscopy technology, and visual microscopy technology, enabling one device to achieve multiple spectral technologies including micro infrared, micro Raman, and conventional infrared. Especially for small samples (micrometer level) and trace samples (nanogram level), it can achieve the testing and characterization of infrared and Raman spectra without moving the sample; And combined with visible microscopic morphology observation and spectral characteristics of sample micro regions, achieve visual expression of sample multispectral information and molecular structure/composition/properties. On the basis of relatively mature infrared spectrometers and infrared microscopes, the micro Raman function based on multi wavelength lasers is integrated without increasing the external physical size of the equipment, and unified control, display, data processing, instrument performance verification and other functions of micro infrared and micro Raman modes are achieved through the same software and interface.

【Instrumental nature】:

Using the same microscope and software, achieve testing and analysis of both infrared and Raman spectra. It is possible to obtain complementary organic and inorganic information from small regions of the same sample without moving the sample, in order to achieve multidimensional spectral characterization. At the same time, this microscope is equipped with Shimadzu's creatively designed large field camera, which can share position information with infrared microscope objectives and Raman microscope objectives, greatly improving the efficiency and reliability of sample observation, positioning, and spectral analysis. In addition, all functions of the infrared spectrometer host are retained, which can achieve various forms of infrared spectral characterization and in-situ analysis of various types of conventional scale samples (solid, liquid, gas) beyond small samples.

【用途必要性】:

Infrared spectroscopy and Raman spectroscopy are powerful tools for characterizing the molecular structure, chemical bonds, functional groups, crystal forms, and other information of compounds, and can provide meaningful complementary information to each other. Infrared Raman microscopy expands the testing objects of conventional infrared and Raman from macroscopic large samples to microscopic small samples or local micro regions of samples. By combining Fourier transform infrared spectroscopy technology, multi wavelength laser Raman spectroscopy technology, and fully automatic multi objective turntable microscope, multidimensional chemical information measurement of infrared and Raman spectra of trace and micro area samples can be achieved. Not only can it see the morphology of small samples and automatically read and calculate the physical size of samples, but it can also directly perform qualitative and quantitative analysis and chemical imaging of small samples in multiple spectral and chemical dimensions. Infrared microscopy and Raman microscopy have become widely used in modern analytical laboratoriesOne of the analytical instruments, the fusion of infrared microscope and Raman microscope in the same set of equipment and software further improves operational convenience and laboratory space utilization efficiency.