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Spectroscopic measurement 3D microlaser Raman spectrometer Nanofinder HEHandling Company
Tokyo Instruments, IncCategories
| Image | Part Number | Price (excluding tax) | Spectrometer focal length | Spectrometer diffraction grating lineup | Spectrometer Spectral performance-3 | Spectrometer Spectral performance-2 | Spectrometer Spectral performance-1 | Spectrometer exit port | Spectrometer entrance slit | Spectrometer optical arrangement | Spectrometer motor drive | Photodetector Cooled CCD (EMCCD) Detector-2 | Photodetector Cooled CCD (EMCCD) Detector-1 | System configuration Spectrometer | System configuration Photodetector | System configuration Raman excitation laser | System configuration Multi-configuration microscope objective lens | System configuration Multi-configuration microscope | System configuration Software | System configuration Scanner | System configuration Granite frame | System configuration PC | System configuration All-In-One device | 3D confocal microscopic Raman spectroscopy Spatial resolution-3 | 3D confocal micro-Raman spectroscopy Spatial resolution-2 | 3D confocal microscopic Raman spectroscopy Spatial resolution-1 | 3D confocal micro-Raman spectroscopy Measurable Raman shift range | 3D confocal micro-Raman spectroscopy Wavenumber resolution | 3D confocal microscope Raman spectroscopy standard laser | 3D confocal micro-Raman spectroscopy Spectral accuracy | 3D confocal micro-Raman spectroscopy mapping speed | 3D confocal micro-Raman spectroscopy mapping range |
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Nanofinder HE |
Available upon quote |
550mm |
150, 300, 600, 1,200, 1,800, 2,400, 3,600 G/mm, Echelle (75 G/mm) |
Dispersion |
Spectral range on CCD light receiving surface |
Diffraction grating (G/mm): 600/1,800/75 (Echelle) |
2 ports |
Independent control motor driven orthogonal slit variable width 0~2 mm |
Czernitana type |
Can be equipped with 3 diffraction gratings |
DU970P EMCCD |
Cooling temperature: 100℃ (water cooling), 80℃ (air cooling) |
Built on granite substrate (f=55 cm, 2 exit ports, 3 diffraction gratings on motorized exchangeable turret) |
Cooled CCD/EMCCD detector (visible Raman spectroscopy), InGaAs detector (near-infrared Raman spectroscopy/photolumi spectroscopy), avalanche photodiode + time-correlated photon counting (fluorescence lifetime microimaging) |
Built-in up to 3 wavelengths, 1 external port |
100× (NA0.7), 100× (NA0.95), 60× (NA0.9), 10×; Various selections available |
Upright, inverted, and transparent layouts are all selectable. |
Advanced Nanofinder software set |
Piezo stage (XYZ) ・Stepping motor stage (XY) ・AFM dedicated stage |
Achieves outstanding optical stability |
Computer, LCD display (2 in AFM configuration) |
Optical unit, spectrometer, microscope, multi-laser system, and controller all in one housing |
Objective lens 150×NA1.25 (water immersion) (typical value) |
Objective lens 100×NA0.95 (in air) (typical value) |
Laser wavelength (nm) |
Laser wavelength (nm) |
Full width at half maximum of emission line |
CW laser for Raman spectroscopy |
Within 1 pixel of CCD |
3 ms or less per measurement point |
100×100×20 by piezo stage |
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Reviews shown here are reviews of companies.
