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It is a raman branch device for inverted microscopes developed for research on biology and meteorology. It has been demonstrated that the Raman lighting method that does not destroy and does not require samples is a very effective technique in research in the life science field. ■ Characteristics ・ Ideal for analyzing the life science field ・ Mankemical mapping function (optional) ・ Identification by space resolution of up to 500Nm ・ Can be used with various wavelengths (532nm/633nm/785nm) ・ Built -in CMOS color camera in the module ・ Motor drive polarized raman measurement (angle accuracy: 0.5 degrees) URAMAN-I is a raman branch device for an inverted microscope developed for research on biology and meteorology. It has been demonstrated that the Raman lighting method that does not destroy and does not require samples is a very effective technique in research in the life science field. In recent years, a wide range of applications have been reported, such as identification of bacteria, fungal infections, and cancer research using live cells. Mapping option UPG-IMAP (Electric XY Stage + Analysis Soft-Map) allows raman mapping to be performed, interchangeable with existing imaging functions such as fluorescent, differential interference (DIC), and phase differences. You can associate. You can also identify the sample with a space resolution of up to 500Nm *. * Resolution depends on the laser wavelength and objective lens used. The resolution of 500nm can be realized by using a 532 nm laser wavelength and 100 times the oil immersion lens. It can be attached directly to the backport of the inverted microscope. At the time of mounting, an additional reflector must be provided in the fire lighting filter. Unlike the URAMAN-M module for a positive microscope, the URAMAN-I module has a built-in CMOS color camera in the module, allowing accurate position determination for raman measurement. Each module is optimized for each of the embedded excitation wavelengths, and can be used without re -alignment after installation. Also, as in the URAMAN series, it is very robust and durable. As an option, it is possible to perform motor drive polarized raman measurement (angle accuracy: 0.5 degrees).
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uraman-iHandling Company
Musashino Denshi, INC.Categories
| Image | Price (excluding tax) | Body dimensions | Detector | Integration time | Laser half price full width | Laser output | Laser type | Laser wavelength | Spectrum band | option | power supply | software |
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Available upon quote | W300mm x D310mm x H65mm | 2048 Pixel CCD Alley (Options: Cooling Function) | 2 mm seconds ~ 120 seconds | ~ 100 MHz ~ 150 MHz ~ 105 MHz | 100MW 70MW 100MW | Single wave length frequency stable laser | 532mm 633mm 785mm | 95 or 200 - 5,400 @10cm-1 ~ 80 or 150-2,400 @9cm-1 | Raman Chemical Mapping (equipped with an automatic X-Y stage), polarized raman, Cuvet Holder for liquid sample, chip for SERS | 12VDC 5VDC 5VDC | USoft or USoft-Map |
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