532nm DPSS Green Laser System for Raman spectroscopy. The output power is the max output power. You can adjust the output power from 1mW to 2000mW, if you choose the 2000mW version.
Raman spectroscopy in VIS NIR of a rotating sample excited by a CW laser with AOM modulator.
Miniature size
Collimated straight beam
Adjustable focus
Easy use & maintenance free
Long life operation
High efficiency
High reliability
APPLICATIONS
Raman Spectroscopy is a non-destructive chemical analysis technique which provides detailed information about chemical structure, phase and polymorphy, crystallinity and molecular interactions. It is based upon the interaction of light with the chemical bonds within a material.
The most commonly used laser wavelength in Raman spectroscopy is 785 nm which offers low fluorescence whilst retaining relatively high Raman intensity. However, for samples which suffer from large fluorescence backgrounds, such as dyes, a 1064 nm laser may be needed. And this 532 nm wavelength laser can be also used for some special Raman Spectroscopy.
Scanning Biochemistry
Material Inspection LIDAR
Specifications:
Model No. LSR532NL
Wavelength 532nm
Spatial Mode NEAR TEM00
Output Power 800mW, 900mW, 1000mW, 2000mW
Residual IR (946, 1064& 808nm) <0.01%
Operation Mode CW or Modulation
Modulation 0~30khz Analog or TTL
Beam Spot Shape Circular, aspect ratio<1.1:1
Pointing Stability <0.05 mrad
Beam Diameter(1/e2) <2.5 mm
Beam Divergence(full angle) <1.5 mrad
Power Stability <±5% per 4 hrs
Temperature Stabilizing TEC
Warm Up Time <1 minute
MTTF 10,000 hrs
Laser head dimensions:100(L)x40(W)x50(H)mm3 (fan adds height)
Modulation 0~30khz Analog or TTL
532nm 100mW - 700mW DPSS Green Laser System datasheet
Please kindly check the datasheet:
