High-performance laser Raman microscope RAMANtouch
Cosmo Trading Co., Ltd.
About This Product
Nanophoton Raman microscopes have evolved to perfect resolution. Achieving the world's fastest and highest quality Raman imaging.
The world's fastest and highest image quality laser Raman microscope, RAMANtouch, was developed by Nanophoton, a specialist in spectroscopic analysis and laser scanning microscopes. It is equipped with a newly designed spectrometer and optical elements that incorporate cutting-edge optical technology, further improving spatial resolution and sensitivity. Delivers the best performance in any application.
■Highest spatial resolution at all magnifications
Nanophoton's goal is perfect resolution. While the spatial resolution of low magnification objective lenses such as 10x and 20x has been improved to the limit, the spatial resolution of 350nm at 100x is of course still intact. RAMANtouch guarantees the highest spatial resolution for any measurement.
■Industry's highest spatial resolution of 350nm
One of the biggest features of RAMANTouch is that it guarantees a spatial resolution of 350 nm, which approaches the diffraction limit. In addition to being able to clearly image minute structures and particles, it also increases the detection sensitivity for minute objects of 100 nm or less. Equipped with an optical system that combines line illumination and laser beam scanning, it achieves ultra-high-speed imaging.
In addition, RAMANTouch is equipped with a newly developed spectrometer to reduce aberrations to the absolute minimum, and also push the spatial resolution of low-magnification objective lenses such as 10x and 20x to their limits. Sharp and clear Raman imaging is possible at both high and low magnifications.
■Three-dimensional resolution with confocal optical system
Equipped with a high-quality confocal optical system, it has achieved spatial resolution approaching the theoretical limit even in the depth direction. The data on the right is Raman imaging data of fluorescent beads with a diameter of 200 nm in the depth direction. From the spectral intensity profile, it was confirmed that a full width at half maximum (FWHM) of 670 nm was achieved.
This high confocality makes it possible to non-destructively measure only the signal at the focal plane inside the transparent sample. It exhibits high performance in tomographic Raman observation of films and Raman spectrum measurement of buried foreign objects.
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Product
High-performance laser Raman microscope RAMANtouch
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Handling Company
Cosmo Trading Co., Ltd.
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1 Models of High-performance laser Raman microscope RAMANtouch
| Product Image | Part Number | Price (excluding tax) | Detector | Grating | Laser irradiation method | Laser wavelength | Mass | Optical microscope | Option | Peak positioning accuracy | Size | Spatial resolution (X / Y / Z) | Spectral measurement range | Spectral pixel resolution | Spectral resolution (FWHM) | Spectrometer focal length |
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RAMANtouch |
Available upon quote | Electronically cooled CCD 1,340 × 400 pixels | Built-in 3 sheets from 150, 300, 600, 1,200, 1,800, 2,400g/mm | Point and line lighting | 325nm, 355nm, 405nm, 457nm, 488nm, 532nm, 633nm, 671nm, 785nm, etc. | 70kg | Upright or inverted |
・Database ・Cooling heating stage ・Electric stage for wide-field observation ・Simple polarized Raman measurement function ・High-precision peak shift measurement function ・Low wave number Raman spectrum measurement function |
0.1cm-1 (@532nm, 2,400g/mm) | W820 × D646 / 573 × H443 mm (*D value depends on the type of light-shielding cover) | 350nm / 500nm / 1,000nm (@532nm, 100x 0.90NA) | 100cm-1~ (Option: 50cm-1~) | 0.4cm-1/pixel (@785nm, 1,200g/mm) | 1.2cm-1 (@785nm, 1,200g/mm) | 550mm |
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- Japan