Features | Applications | |
Portable Raman spectrometer |
Spectrometer resolution
RamanSys-532: <12cm-1
RamanSys-785: <5cm-1
|
Raman spectral analysis |
Chemical or biological research | ||
Environmental sciences | ||
Broad spectral range,Raman drift range
RamanSys-532: 200-4500cm-1
RamanSys-785: 175-4000cm-1
|
Diamond identification | |
Food safety testing | ||
Judicial identification | ||
Customized wavelength range and resolution | Geological exploration | |
Fit various applications | Hazard detection | |
Compatible with Raman Analysis 2.0 | Pharmaceutical and medical diagnosis | |
Micro Raman Spectrum Measurement System |
Adjustable laser with stable frequency,
avoiding wavelength drift and damage of samples.
|
Identify microns impurities of the pills and describe the distribution. |
Optimization of the confocal module,
ensuring that focal plane of the laser and
view focal plane of the objective confocal.
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Distinguish the effective active ingredient
and accessories in pills. Describing the distribution
and density of occurrence.
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Detector with high stability,
improving the spectral acquisition efficiency and accuracy.
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Positioning precisely the boundary of
different particles in ore or arts.
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Modular design, self-assembly, simple operation and easy to carry. |
Describing and locating material
contained within mineral or rock.
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Wavelength range and resolution can be customized. |
he identification of trace material evidence,
such as the drug, medicine, explosives, textile and so on.
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Combined Raman Spectrometer | High sensitivity and accuracy | Crystal fluorescence spectral analysis |
Customized wavelength range and resolution |
Fluorescence spectral analysis of
rare earth elements analysis
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Fit various applications | Water quality analysis | |
Support download for Spectral Analysis 5.0 | Turbidity control | |
Gasoline analysis | ||
DNA analysis |
Laser specification | ||
Wavelength (mm) | 532±0.5 | 785±0.3 |
Mode | Single | Single |
Spectral line width (cm-1) | <0.5 | <2 |
Output power (mW) | 1-1000 | >350, >450 |
Power stability (pk-pk, 4 hours) | <1%,<3%,<5% | <2% |
Output fiber | 100um@0.22NA | 100um@0.22NA |
Noise of amplitude(rms) | <0.5% | <0.5%,<1% |
Operationg mode | CW | CW |
Warm-up time(minutes) | <10 | <5 |
Operating temperature (℃) | 15-35 | -10-40 |
Expected lifetime (hours) | 10000 | 10000 |
Warranty | 1 year | 1 year |
Spectrometer | ||
Wavelength range | 532-700nm(532nm excitation) | 785-1100nm(785nm excitation) |
Optical resolution | 785-1100nm(785nm excitation) | 5-8cm-1(785nm excitation) |
Pixels | 2048 pixels | |
Pixels size | 14um*14um | |
Dimensions (mm) | 149*109*50 | |
Weight (g) | 1000 | |
Signal-to-noise ratio | 1000:1 | |
Integration time | 17ms-10s | |
Power consumption | 450mA@5VDC | |
Data transfer speed |
Full scans into memory every 4 milliseconds with USB 2.0
Every 18 milliseconds with USB 1.1
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|
Inputs/outputs | 5 inputs and 5 outputs (opto-isolator inputs/outputs) | |
Analog channels | One 12 analog input one 12 analog output | |
Connector | 30pin connector | |
Raman Probe | ||
Excitation wavelength (nm) | 532 | 785 |
Probe focus length(mm) | 7.5 | |
Probe main material | Probe material is 2A12 after Blackening; Stainless steel detector tip | |
Fiber configuration | Two single fiber (100um excitation fiber, 200um optical fiber for collecting light); Optical filter N.A.=0.22, PVC/metal sheath; 1m Length | |
Software | ||
Optical spectrum analysis | Raman Analysis 2.0 | |
Camera imaging | Imaging | |
Operating system | Windows XP/Win7 (32bits or 64 bits) |
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Jackie Wei
Changchun New Industries Optoelectronics Tech.Co.,Ltd.
Address: No.888 Jinhu Road High-tech Zone, Changchun 130103, P.R.China
Tel/Fax: 0086-431-85603799 / 87020258
Mobile:+86-13578670998
QQ:2814143119
Skype: jackiewei19880324@hotmail.com
E-mail: sales2@cnilaser.com
Website: http://www.cnilaser.net
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