Introduction
Chemiluminescence imaging System is a cutting-edge integrated device for imaging chemiluminescence gel with a CCD camera that has an unusually high quantum efficiency for improved sensitivity and dynamic range. It features a -45°C cooling temperature, an F/0.8 motorized lens, a 15.2 ´ 15.2 mm CCD sensor size, and a 605 MP resolution. Long exposures with the 16-bit (65536 grayscale) CCD camera result in less background noise. The gadget has a wider linear range, stronger sensitivity, and the ability to detect much weaker signals.
Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.
Applications
Chemiluminescence Imaging Systems are used for detecting proteins, reading ELISA plates, getting high-quality images of DNA and RNA bands, and molecular biology, biotechnology, genetic engineering, etc.
Selection Guide
Chemiluminescence Imaging System is an advanced imaging system ideal for applications in molecular biology, immunology, and protein analysis. It is widely used in research studies involving Western blotting, nucleic acid detection, and protein-protein interaction analysis due to its high sensitivity and low background noise. This system supports quantitative analysis of chemiluminescent signals, making it suitable for accurate and reproducible experimental results. The model is equipped with a cooled CCD camera, back-illuminated sensor, and high quantum efficiency, allowing clear imaging even at low signal levels. Certifications such as ISO and CE compliance ensure it meets international safety and quality standards. Researchers should consider this system if they require accurate, high-resolution chemiluminescent imaging for documentation and data analysis in life science experiments.
Specifications
| Cooling-down method | Three layer semiconductor refrigeration |
| Temperature | 65℃ below ambient temperature (absolute temperature -45℃) |
| Optical Quantum Efficiency | High Qe：≥80% |
| Image integration | 1 × 1，2 × 2, 3 × 3, 4 × 4, 6 × 6, 8 × 8 |
| Data bits | 16 bit（0-65536 Gamma） |
| Dynamic range | > 4.6 by the orders of magnitude |
| Pixel point size | 6.45 × 6.45 ????m |
| CCD sensor size | 15.2 × 15.2 mm |
| Dark current | < 0.0005 e-/pixel/sec at -45℃ |
| Read Noise | 5.5e- RMS at 12 MHz |
| Illumination Source | LED |
| Controlling System | Highly programmed computers |
| Timer Shutdown | 1 – 60 min |
| Photo area | 150 × 200 mm |
| Signal noise | 40.5 dB |
| Shutter control | Electronic shutter |
| Interface | Standard C interface |
| Dimensions (L × W × H) | 390 × 350 × 590 mm |
Features
It is simple, safe, reliable, and user-friendly
The system is compatible with windows 2000/XP
Molecular weight, optical density, and mobility calculation
Provides rectangle, ellipse, straight line, and other annotation tools
Analysis operations can be infinitely done and redone
Images can be transformed
Highly programmed computers to control
Fully automatic optical focusing
Lens with high permeability for automatic focusing
2750 × 2200 (605 megapixel) effective pixels
FAQs
1. What is a Chemiluminescence Imaging System?
A Chemiluminescence Imaging System is an apparatus designed to use the emission of light from a chemical reaction to visualize and analyze specific biological or chemical processes.
2. How does a Chemiluminescence Imaging System work?
It works by detecting light emitted from a chemical reaction to visualize specific targets in biological samples.
3. Can Chemiluminescence Imaging System be used for quantitative analysis?
It can be used for quantitative analysis by measuring the intensity of the emitted light, which correlates with the amount of the target substance.
4. What types of samples are suitable for analysis using Chemiluminescence Imaging System?
It is ideal for analyzing biological samples such as proteins, DNA, and RNA, particularly when these samples are labeled with chemiluminescent substrates or probes.
5. Can Chemiluminescence Imaging System be used for Western blot analysis?
It is commonly used in Western blot analysis to detect specific proteins with high sensitivity and clarity.
6. Can Chemiluminescence Imaging System detect low-abundance proteins?
It excels at detecting low-abundance proteins due to its high sensitivity and low background noise.
7. Can Chemiluminescence Imaging System be used in clinical diagnostics?
It is used in clinical diagnostics to detect biomarkers, hormones, or pathogens through chemiluminescent immunoassays.
8. Is Chemiluminescence Imaging System helpful in drug discovery research?
It supports drug discovery by enabling sensitive assays for target validation, biomarker detection, and pharmacokinetics.
9. Can Chemiluminescence Imaging System be used for cell-based assays?
It can be used for cell-based assays by detecting chemiluminescent signals from cellular activity or reporter gene expression.
10. How is Chemiluminescence Imaging System used in environmental testing?
It is used in environmental testing to detect trace contaminants or toxins through chemiluminescent biosensors.
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