The 532nm fluorescence probe is an instrument that can detect the fluorescence of detected substances by using a continuous laser of 532nm as the excitation light source, and it can be used with a micro spectrometer of the corresponding wavelength to achieve conventional fluorescence detection. This fluorescence probe is suitable for fluorescence detection of a wide range of solid and liquid samples, and its combination of high-performance optics can effectively filter out the excitation light source while enhancing the fluorescence signal. The fluorescence probe has a compact design that connects the spectrometer to the light source via the SMA905 fiber optic interface.
Product Features:
(1) It can be adapted to the fluorescence spectral range: 536nm~676nm.
(2) Optimized design, effectively filtering out Rayleigh scattering signal, cut-off depth for excited light: OD3.
(3) Real-time detection, easy and flexible operation, high sensitivity.
specifications |
parameter |
Main component size |
Main body: 102 × 30 × 13mm (hard aluminum frosted black) |
Excitation light source wavelength |
532nm |
Spectral working range |
536nm~676nm |
Output fiber core diameter |
600μm |
Receive fiber core diameter |
600μm |
Probe working distance |
7.5 mm (standard) |
Overall output coupling efficiency of the probe |
70%-85% |
Coupling system |
SMA905 fiber optic interface |
Working/storage temperature |
0~60℃ |
Working/Storage Humidity |
5%~85% |
application area
Quantum dot bioluminescence probes, laser-induced non-destructive determination of fruit sugar molecules, oil/petroleum pollutant detection, and water pollution detection are widely used in scientific research and production fields such as environment, industry, agriculture, and medicine.