Spectroscopic measurement 3D microlaser Raman spectrometer Nanofinder HE
Tokyo Instruments, Inc
About This Product
■3D microlaser Raman spectrometer Nanofinder HE
High-end model of confocal Raman/TERS (Tip-Enhanced Raman Scattering) microscope
■EMCCD detector demo machine sales campaign for Raman spectroscopy equipment
We are offering a demonstration model of the EMCCD detector used in our Nanofinder FLEX microlaser Raman spectrometer at a special price. We also offer various CCD detector and spectrometer sets and Raman spectroscopy module sets at low prices.
■Ideal for simultaneous Raman spectroscopy and AFM measurements
3D Microscopic Laser Raman Spectrometer Nanofinder HE is a microscopic Raman spectrometer ideal for simultaneous Raman spectroscopy and AFM measurements.
With this single device, you can select various Raman measurements such as upright type, inverted type, and transmission type. In addition, up to four types of lasers can be installed, and the optics corresponding to each laser can be automatically controlled from a PC. In addition to confocal Raman spectroscopy measurements, by installing an AFM, it is also possible to perform AFM-Raman spectroscopy and near-field-Raman spectroscopy measurements.
Features
■High stability
High mechanical and thermal stability due to the use of granite material for the frame
■High precision
Automatic wavelength calibration with built-in hollow cathode lamp
■High resolution
Spatial and spectral resolution
■High sensitivity
Optical system optimized for Raman
■Fast 3D Raman mapping possible
<3 ms/point, AFM simultaneous measurement
■Easy operation
Automatically correct confocal optical system (auto alignment)
■Applications
・Material science
・Nanotechnology
・Biological science
・Pharmaceutical
■What is TERS (Tip Enhanced Raman Spectroscopy)?
This is a laser Raman microscope that combines a regular laser Raman microscope and an atomic force microscope (AFM) to generate surface-enhanced Raman light. By using a sharp probe, Raman scattering is locally enhanced. This dramatically increases spatial resolution compared to regular laser Raman microscopes.
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Product
Spectroscopic measurement 3D microlaser Raman spectrometer Nanofinder HE
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Handling Company
Tokyo Instruments, Inc
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Categories
1 Models of Spectroscopic measurement 3D microlaser Raman spectrometer Nanofinder HE
| Product Image | Part Number | Price (excluding tax) | 3D confocal micro-Raman spectroscopy Measurable Raman shift range | 3D confocal micro-Raman spectroscopy Spatial resolution-2 | 3D confocal micro-Raman spectroscopy Spectral accuracy | 3D confocal micro-Raman spectroscopy Wavenumber resolution | 3D confocal micro-Raman spectroscopy mapping range | 3D confocal micro-Raman spectroscopy mapping speed | 3D confocal microscope Raman spectroscopy standard laser | 3D confocal microscopic Raman spectroscopy Spatial resolution-1 | 3D confocal microscopic Raman spectroscopy Spatial resolution-3 | Photodetector Cooled CCD (EMCCD) Detector-1 | Photodetector Cooled CCD (EMCCD) Detector-2 | Spectrometer Spectral performance-1 | Spectrometer Spectral performance-2 | Spectrometer Spectral performance-3 | Spectrometer diffraction grating lineup | Spectrometer entrance slit | Spectrometer exit port | Spectrometer focal length | Spectrometer motor drive | Spectrometer optical arrangement | System configuration All-In-One device | System configuration Granite frame | System configuration Multi-configuration microscope | System configuration Multi-configuration microscope objective lens | System configuration PC | System configuration Photodetector | System configuration Raman excitation laser | System configuration Scanner | System configuration Software | System configuration Spectrometer |
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Nanofinder HE |
Available upon quote |
Laser wavelength (nm) 473~785 Wavelength range (cm-1) <150~>4,000/<60~>4,000/<60~>3,000 |
Objective lens 100×NA0.95 (in air) (typical value) ・XY axis direction (nm): 200~500 ・Z-axis direction (nm): 500~850 |
Within 1 pixel of CCD Diffraction grating (G/mm): 1,800/75 (echelle) Wavenumber resolution (cm-1): 0.43/0.1 |
Full width at half maximum of emission line Diffraction grating (G/mm): 1,800/75 (echelle) Wavenumber resolution (cm-1): 0.8/0.25 |
100×100×20 by piezo stage *Large stages up to standard specifications 300 x 300 x 100 are also available. |
3 ms or less per measurement point (Includes all Raman spectrum data. CCD AD conversion rate: 3 MHz) |
CW laser for Raman spectroscopy Laser wavelength (nm): 473~785 Output (mW): 20~80 Spatial mode: TEM00 M^2:< 1.1~1.2 Line width (MHz): < 10~160 Polarization: straight line |
Laser wavelength (nm) 473~785 (typical value) |
Objective lens 150×NA1.25 (water immersion) (typical value) ・XY axis direction (nm): 180, 200 ・Z-axis direction (nm): 400, 420 |
Cooling temperature: 100℃ (water cooling), 80℃ (air cooling) |
DU970P EMCCD High-end model with electron multiplication (1~1,000) function Equipped with high-speed 3MHz AD converter *Ideal for high-speed, high-sensitivity measurements. |
Diffraction grating (G/mm): 600/1,800/75 (Echelle) |
Spectral range on CCD light receiving surface 75.5/21.4/4.8nm 2,509/708/159 cm-1 |
Dispersion 0.047／0.0134／0.0031 nm/pixel 1.55/0.44/0.1 cm-1/pixel |
150, 300, 600, 1,200, 1,800, 2,400, 3,600 G/mm, Echelle (75 G/mm) | Independent control motor driven orthogonal slit variable width 0~2 mm | 2 ports | 550mm | Can be equipped with 3 diffraction gratings | Czernitana type | Optical unit, spectrometer, microscope, multi-laser system, and controller all in one housing | Achieves outstanding optical stability |
Upright, inverted, and transparent layouts are all selectable. Bright field/fluorescence observation mode (optional), LED illumination, objective lens rotating turret, CCD camera for monitor, accessories |
100× (NA0.7), 100× (NA0.95), 60× (NA0.9), 10×; Various selections available For confocal Raman measurements in an upright microscope configuration, objective lens rotation is possible |
Computer, LCD display (2 in AFM configuration) | 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 | Piezo stage (XYZ) ・Stepping motor stage (XY) ・AFM dedicated stage | Advanced Nanofinder software set | Built on granite substrate (f=55 cm, 2 exit ports, 3 diffraction gratings on motorized exchangeable turret) |
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About Company Handling This Product
- Japan