Chemiluminescence Imaging System The Cute Chemidoc Imager Chemiluminescence Analyzer Gel Documentation System
Weak signal exposure; Multiple films with different weak signal strengths exposed; Exposure source files can be adjusted at any time.
Cat. No. :
YB-CD1Brand :
YanbiotechProduct Origin :
ChinaSpec. :
Chemi DocProduct Introduction
The CD1 Series Chemiluminescence Imaging System (Chemi Doc) is a specialized equipment used in molecular biology, biochemistry, and medical research for detecting and analyzing chemiluminescent signals. It’s often used in conjunction with techniques like Western blotting, ELISA (Enzyme-Linked Immunosorbent Assay), and immunohistochemistry to detect specific proteins or other biomolecules labeled with chemiluminescent reagents. It enables fast, accurate, and high-throughput detection and imaging of samples, and is widely used in fields such as life sciences, medicine, and environmental protection.
Product Specifications
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Product Name |
Chemiluminescence Imaging System |
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Cat. No. |
YB-MF1 |
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Dimensions |
400mm×371mm×700mm |
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Camera |
Pixel Resolution |
9 million pixels |
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Resolution |
2992*3000 |
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Pixel Size |
3.76μm×3.76μm |
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Target Size |
1 “(11.28mm×11.28mm) |
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Full Well Capacity |
16.5ke-(HCG),50.5ke-(LCG) |
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Sensitivity |
877mv@1/30s |
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Readout Noise |
1.24e-(HCG), 3.22e-(LCG) |
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Dark Current |
0.0003e-/s/pixel@-15℃ |
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Signal-to-Noise Ratio |
42.2dB(HCG), 47dB(LCG) |
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Exposure Time |
0.1ms~1h |
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Binning Mode |
1×1, 2×2, 3×3 |
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Grayscale |
16-bit (65536 levels) |
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Cooling |
Relative to Ambient Temperature-40℃ |
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Camera Type |
Black and White Camera |
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Lens |
Aperture |
F0.95-F16 |
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Focal Length |
17mm |
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Type |
Fixed Focus Lens |
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Light Source |
Bright Field Light Source |
Downward-facing LED white light source, symmetrically distributed on both sides |
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Dark Box |
Light Isolation |
Fully light-sealed, isolates environmental light. |
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Door Control |
Door control sensor can control the on/off of the bright field light source. |
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Field of View |
Effective field of view is 136mm*136mm (expandable to 200mm×200mm if needed). |
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Software Functions |
Software Functions |
Real-time Imaging: Real-time presentation of changes in sample signals during exposure process, capturing every detail of the capture. |
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Overexposed areas can be displayed. |
After exposure, each frame image within the exposure time can be generated. Users can select any frame image for the final output by precise retrospective adjustment. |
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Time Imaging |
For samples with insufficient exposure, users can choose to continue exposure after the exposure ends, allowing the sample to gain additional exposure effect based on the already exposed time. |
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Auto Exposure |
Intelligent exposure technology quickly determines the optimal exposure time. With time imaging and time accumulation functions, users can obtain the best image result with just one operation. |
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Industrial Computer |
10.4 inches, 1024×768, Windows operating system |
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External Interfaces |
2 USB 3.0 ports |
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Operating Voltage |
100V-240V |
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Product Power |
100W |
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Product Net Weight |
25 Kg |
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Key Features
Real Time Imaging: Real-time display of the changes in sample signals during the exposure process, and master every detail of the shooting. An overexposure display will be added to the overexposed areas of the sample.
Time Imaging: After the exposure is completed, each frame of image within the exposure time can be generated. Through precise retrospective adjustment, the user can select any frame of image within the exposure time as the final output result.
Time Accumulation: For underexposed samples, after the exposure ends, the user can also choose to continue the exposure, so that the sample can obtain additional exposure effects based on the already exposed time.
Automatic Exposure: Intelligent exposure technology can quickly determine the optimal exposure time. With time imaging and time accumulation functions, users can obtain the best image results with only one operation.
Applications
FAQ
Q. What is "Real Time Imaging"?
A. Real-time display of changes in sample signal during the exposure process, enabling users to grasp every detail of the capture process. This breakthrough function not only improves capture efficiency but also greatly enhances user interaction experience.
Q. What is "Time Imaging"?
A. Through precise retrospective adjustments, users can select any frame within the exposure time as the final output result.
Q. What is "Time Accumulation"?
A. Even after the exposure is completed, users can choose to continue exposure to obtain additional exposure effects based on the already exposed time. When clicking on "continue exposure," the user will be prompted with the minimum exposure time. The set time needs to be greater than this minimum time. If the set time is shorter than this minimum time, the actual exposure time will be the suggested minimum exposure time.
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