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FluorChem
™ SP – Fluorescence, Chemiluminescence &
Gel Documentation System
PRODUCT SPECIFICATIONS
4 MILLION PIXEL RESOLUTION COOLED SHCCD CAMERA FOR IMAGE
ACQUISITION
- Super-OD™ (Full Dynamic Range Performance) image
acquisition system delivering 12-to-16 bits § of
data in a 16-bit file format; measurable performance exceeding
5.0 OD using luminescence plate standard;
-2048(v) x 2048(h), 4.0 million pixel resolution, 7.4x7.4
micron well capacity pixels, greater than 70dB signal
to noise
- 5 frames per second read out for easy ‘Focus Mode’
- 16-bit file (0-65,535) archiving
- 1x1, 2x2, 3x3 Gain high, 3x3 Gain low, 8x8 pixel binning
CCD architecture capabilities
- Maximum full well capacity 40,000 electrons with anti-blooming
architecture design**
- Super Sensitivity modes can generate chemiluminescence
exposure time equivalent to film and effective pixels
that are up to 59.2 x 59.2 microns in size
- Peltier cooled camera by -28 ° C (Absolute and Regulated)
for maximum signal-to-noise ratio and dark current reduction
offering superior low light sensitivity for chemiluminescence*
- 0.05 electrons/pixel/second dark current noise
- <12 electrons read noise
- Customized electronics to minimize camera electronic
noise
- Scientific Grade 0 CCD sensor (best quality available)
- 0 – 65,536 grayscale dynamic range, 16-bit file
format
- High quantum efficiency (50%) at 425nm for superior
chemiluminescence sensitivity
- 8 milliseconds to 5,940 minutes exposure control on-chip,
4,950 hours with frame stacking
- Multi-channel image display. RGB multiple colors can
be displayed at the same time with image overlay
- Capable of 16-bit grayscale or 48-bit color image acquisition
with color filter kit
- Automatically reverse the image, auto contrast and gamma
correction level to 2.5 for chemiluminescence sample
image acquisition
- Option to automatically scale the black and white values
of an image based on the intensity of the image profile
- Allows for image build-up at real time setting using
the image stacking feature
- Auto contrast helps to find optimal image acquisition
setting for chemiluminescence, fluorescent, and colorimetric
application
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