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The real time resolution vivo imaging system
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The system is for customer measure live camera fluorescence-lifetime imaging. FVO-I-M can use for test time-resolved fluorescence immunoassay. Like use IgG-Eu-IDPA for fluorescence probe to measure IOV antigen, we use 565nm fs laser to excite the IgG-EU-IDPA’s fluorescence, FVO-I-M use ICCD to detect fluorescence imaging, We can get biology effect after taking medicine by detecting IVO activity, FVO-I-M can help medical researchers to develop new drugs. Lots of researchers have been used this fluorescence probe to do their experiment, FVO-I-M can help them get the real-time image about this fluorescence.
FVO-I-M system also can use for ultra-micro immunological analysis method is a method involving the advantages of enzyme-labeled immunoassay and radio- immunoassay without radioactive contamination. It is already used in the detection of pathogenic microbial antigen and antibody such as HAV, HBV, Japanese encephalitis virus, influenza virus,respiratory syncytial virus, rotavirus, immunodeficiency virus and the blood virus.
FVO-I-M system can also be used for determination of tumor markers, such as alpha fetoprotein (AFP), carcinoembryonic antigen (CEA), carbohydrate antigen CA50, PSA etc.
FVO-I-M system will include a femtosecond(ps) pulse laser(different Drugs need different wave lasers), a convertible lens, the ICCD camera and a XYZ Motorized stage,the system will be set in a box, the box provide a dark background system, that can help sysytem became high sensitivity.
FVO-I-M-SYSTEM
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FEATURES |
BENEFITS |
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1024 x 1024 Imaging Array |
High resolution imaging and spectroscopy |
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laser |
The system use 632nm laser, and can use any wave laser if need* |
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All in dark |
The system is working in a box, no another noise. |
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10 MHz** / 16-bit digitization |
Video frame rates and higher to efficiently synchronize with high repetition rate lasers |
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Wide selection of intensifiers |
Best sensitivity and gate speed in the desired wavelength range |
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Gen II |
Provides wide spectral coverage with UV, SB, RB and SR intensifiers from UV - NIR, with options for MCP gating and Picosecond gating |
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Gen III filmless |
Offers highest sensitivity and option for Picosecond gating |
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Fiberoptic coupling |
Highest optical throughput; No vignetting |
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Optional: Picosecond gating |
< 500 ps gating delivers high temporal resolution for effective background discrimination |
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Super HV - Built-in high voltage pulser |
Rugged design without a bulky external controller, for high repetition rate gating and minimal insertion delay |
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SuperSynchro - Built-in |
Built-in, fully software controlled gate timing; Controls gate widths and delays in linear, or |
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programmable timing generator |
exponential increments; Low insertion delay (~ 27 ns). See page 3 for more info. |
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SyncMaster I and II |
Provides continuous TTL signals to control external instruments such as a laser; Eliminates need for external timing generater in most experiments |
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MCP gating |
Provides < 8 ns gate width for slow gate intensifiers while preserving high QE |
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Bracket pulsing |
Preserves high ON/OFF ratio of the Gen II intensifier in the UV - No sync pulse required |
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GigE interface |
Industry standard for fast data transfer over long distances, up to 50 M |
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PICAM (64-bit) / PVCAM (32-bit) |
Compatible with Windows10/ 8/7/XP, and Linux; |
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software development kits (SDKs) |
Universal programming interfaces for easy custom programming. |
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Large area image |
Up to 100x60mm large image area by lens and XY stage |
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LabVIEW Scientific Imaging |
Pre-defined LabView vis provide easy integration of the camera into complex experiment setup |
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Measure Raman |
Easy to upgrade the system to measure the raman image and mapping. |
*You can use any laser if you want which wavelength is in 300nm-1000nm
** With dual port readout at 5 MHz/port
SPECIFICATIONS
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Detector format |
1024 x 1024 imaging pixels; 13.0 x 13.0 μm pixels; 13.3 x 13.3 (18.8 mm diagonal) |
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System read noise (e- rms) @ 1 MHz digitization @ 2 MHz digitization @ 10 MHz digitization |
Typical 7.0 9.0 20.0 |
Maximum 10 17 30.0 |
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Pixel full well |
100 ke- |
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Dark current @ -25° C (max) |
2 e-/p/sec |
CCD temperature
@ + 23° C room temperature @ + 20° C ambient |
-20° C, -30° C (Liquid assist), Guaranteed (Air),
-25° C (Air) ，-35° C (Liquid assist) |
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Vertical shift rate |
6.0 μs/row |
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Intensifiers available |
18 mm - Gen II, Gen III filmless |
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Method of coupling to the CCD |
1:1 fiber optic |
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Intensifier type |
Gen II |
Gen III Filmless |
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SB |
HBf |
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Min. Gate Width (Optical FWHM)* Optional Picosecond Gate Fast Gate Slow Gate |
< 500 ps (for Fast Gate tubes only) ~ 2 ns (typical), 3 ns (guaranteed) For SB only: < 200 ns, < 8 ns (w/MCP gating) |
< 500 ps (for Fast Gate tubes only) ~ 2 nsec (typical), 3 nsec (guaranteed) -NA- |
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Repetition rate: Sustained |
1 MHz; 100 kHz with Picosecond gating; 8 kHz with MCP gating; 6.25 kHz with MCP bracket pulsing |
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Resolution limit |
40 to 64 lp/mm |
57 to 64 lp/mm |
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Equivalent Background Illumination (EBI) Photo e-/pixel/sec @ room temp |
0.05 - 0.2 (0.005 - 0.02) |
0.02 (0.002) |
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Phosphor |
P43 (P46, P47 optional) |
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Image area |
100x60mm |
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XYstage |
Travel range: 130 x 85 mm;Repeatability: < 1 μm;(bi-directional, measured according to VDI / DGQ 3441)
Accuracy: +/- 3 μm (measured according to VDI / DGQ 3441)
Resolution: 0,01 μm (smallest step size)
Limit switches: hall sensors |
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software |
Control and take XY PL and Raman mapping |
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Operating environment |
+5° C to +30° C non-condensing |
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Storage environment |
-25° C to +55° C |
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Size |
630x1230x650mm |
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Weight |
43kg |
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Timing Generator
The FVO-I-M system is the next generation, use Princeton Instruments’ fully-integrated scientific intensified CCD camera (ICCD) system featuring a 1k x 1k full-frame CCD fiber optically coupled to a variety of Gen II and Gen III filmless intensifiers. The intensifiers provide the highest possible sensitivity from UV to NIR and offer resolution that is ideally matched to the CCD. Picosecond gating capability of < 500ps and an integrated programmable timing generator (SuperSynchro) built into the camera make these ICCD cameras ideal for time-resolved imaging and spectroscopy applications.
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Internal Timing Generator |
0.05 Hz - 1 MHz |
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Gate Delay + Width Range* |
~0.01 ns to 21 sec (from T0) |
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Timing resolution/ Timing jitter |
10 ps / 35 ps rms |
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Insertion delay |
< 27 ns (trigger in to intensifier opening) |
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TRIGGER INPUTS |
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External Sync (Trigger In) |
-5 v to +5 v (including TTL); AC/DC coupling: 50 ohm / High Z Variable Threshold; +ve or -ve edge |
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Pre Trigger In |
TTL input. A rising edge will stop CCD Cleans and set camera to wait for the external trigger for fastest response. User selectable option. |
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TRIGGER OUTPUTS |
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SyncMASTER1 |
Programmable continuous frequency output to synchronize external devices with PI-MAX4, e.g. Laser |
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SyncMASTER2 |
Programmable continuous frequency output (delay from SyncMASTER1- 100 ns - 6.55 msec) synchronize external devices with PI-MAX4, e.g. Q-switch |
