JP-K300 chemiluminescence imaging system Introduction
The chemiluminescence imaging system is suitable for chemiluminescence, multi-color fluorescence detection and common gel detection. It uses a high-resolution low-illumination imported refrigeration CCD, and combines a large aperture electric lens to capture very weak fluorescence and chemiluminescence signals. The chemiluminescence imaging system JP-K300 deep-cooled CCD largely eliminates background noise, large aperture lens, and collects weak signals. Features
Adopting a new generation of cooled CCD camera, 6.05 million pixels (optional with 8.9 million pixels);
Equipped with F/0.95 large aperture fixed-focus lens (optional F/0.8 lens) with high detection sensitivity.
Ultra-light-sealed black box design provides an environmentally friendly environment for chemiluminescence and bioluminescence imaging
Anti-scattering sample stage reduces the effects of light scattering to *small
Black box with overhead white light source with top white light
Standard drawer type dual-position focusing platform, compatible with samples of various thicknesses, autofocus lifting platform
Optional computer controlled automatic positioning of sample loading platform and stepless positioning control via computer
Users can set the timing to automatically turn off the light source time (0-60 minutes) Technical Parameters
CCD chip: Sony ICX695, 4/3 inch, 2750×2200 (6.0 million pixels)
Dynamic range: 4.8OD.16bit grayscale (0-65535)
Image size: 5.4um × 5.4um
Pixel combination: 1×1, 2×2, 3×3, 4×4, 6×6, 8×8
CCD temperature: -45 ° C "excellent temperature, relative to the greenhouse -65 ° C
Photographic efficiency: High QE: >75%
Lens: F/0.95 fixed focus lens
Overhead white light source: Extremely high uniformity enhances low brightness images
Sensitivity: * Low detectable 0.01 ng EB chromosomal DNA
Dark current: <0.0005e-/pixelc.
Filter wheel: 5-bit filter wheel. Automatic control.
Introduction
The chemiluminescence imaging system is suitable for chemiluminescence, multi-color fluorescence detection and common gel detection. It uses a high-resolution low-illumination imported refrigeration CCD, and combines a large aperture electric lens to capture very weak fluorescence and chemiluminescence signals. The chemiluminescence imaging system JP-K300 deep-cooled CCD largely eliminates background noise, large aperture lens, and collects weak signals.
