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Micro Fluorescence
Spectrum Measurement System |
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Micro fluorescence spectrum measurement system
with visualization of accurate
positioning make the detection of the fluorescence signal on
different surface of samples possible, and the state of micro
area is displayed on the computer at the same time. The system
is consist of optimizing confocal microscopic module and high
quality fluorescence detection system,
with precision of optical design
matching the infinity of micro optical
system, optimization of optical path
design and flexible module combination.
Besides, CNI sincerely provides with
high quality laser and spectrometer
equipment which can meet customers’
demand. |
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Features
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Adjustable laser with
stable frequency, avoiding wavelength drift and damage of samples.
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Optimization of the
confocal module, ensuring that focal plane of the laser and view
focal plane of the objective confocal.
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Detector with high
stability, improving the spectral acquisition efficiency and
accuracy.
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Modular design,
self-assembly, simple operation and easy to carry.
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Wavelength range and
resolution can be customized.
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Application
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Crystal micro-area
fluorescence spectrum detection
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Rare earth elements
micro-area fluorescence spectrum detection
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Quantum dot labeling
micro-area fluorescence spectrum detection
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Micro-nano photonic
devices micro-area PL fluorescence spectrum detection
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Product
Model |
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系列型号 |
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Mic-F-Sys405/ 532 |
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Basic
Components |
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Fluorescence Module, Fluorescence Detection
System, Microscope |
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Specifications |
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Microscope |
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Microscope model |
GMM-580 |
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Z-axis focusing system |
Coarse and fine Coaxial focus
Minimum graduation: 2μm,
Limit stopper device |
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X/Y Mobile stages size |
210mm*140mm |
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Stage moving range |
50mm*75mm |
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Camera |
5 mega-pixel imaging system ISH500
(Optional) |
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Microscope objective |
5X-100X
(Optional) |
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Camera |
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Image chip |
CMOS, colorized, progressive
scanning |
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Chip size |
1/2.5inch |
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Effective pixels |
5 mega-pixel |
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Pixels size |
2.2um*2.2um |
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Maximum resolution
(H×V) |
2592*1944 |
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Frame frequency |
5fps(2592 × 1944 full resolution)；21fps(1280*960)；
25fps
(1024 × 768)；38fps
(640 × 480) |
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Bit depth |
24bit |
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Noise of amplitude |
54dB |
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Operating temperature(°C) |
0-60 |
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Data interface |
High speed
USB2.0 |
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Lens mount |
Standard
C-mount |
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Laser |
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Wavelength (nm) |
405±5
(other wavelengths can be
customized) |
532±1
(other wavelengths can be
customized) |
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Mode |
Near TEM00 |
TEM00 |
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Power stability (pk-pk, 4 hours) |
<1%, 3%, 5% |
<1%, 3%, 5% |
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Operating mode |
CW |
CW |
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Warm-up time (minutes) |
<5 |
<10 |
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Operating temperature (℃) |
10-35 |
10-35 |
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Expected lifetime (hours) |
10000 |
10000 |
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Warranty |
1 year |
1 year |
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Spectrometer |
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Wavelength range |
200-1100nm (spectrometer wavelength
range and resolution can be
customized) |
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Optical resolution
(nm) |
<0.75nm FWHM |
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Pixels（pixels） |
3648 |
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Pixels size |
8um*200um |
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Dimensions (mm) |
149*105*46 |
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Weight (g) |
840 |
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Signal-to-noise ratio |
300:1 |
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Integration time |
4ms-10s |
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Power consumption |
450mA@5VDC |
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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) |
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Analog channels |
One 12 analog input one 12 analog
output |
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Connector |
30pin |
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Fluorescence Probe |
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Spectrum
range (nm) |
405-850 |
532-1100 |
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Excitation wavelength (nm) |
405 |
532 |
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Probe focus length （nm) |
7.5 |
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Probe main material |
Black anodised aluminium |
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Fiber configuration |
Two single fiber
(100um excitation fiber, 200um optical
fiber for collecting light); N.A.=0.22,
SMA905 connector,
PVC/metal sheath; 1 m length |
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Software |
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Optical spectrum analysis |
Spectral Analysis
Software |
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Camera imaging |
ISCapture |
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Operating system |
Windows XP/Win7 (32bits
or 64 bits) |
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