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Chemiluminescence Imaging System LMCIS-A101 features an exceptionally high quantum efficiency CCD Camera with a sensor of size 12.49 × 9.99 mm, providing enhanced sensitivity and an extended dynamic range for imaging chemiluminescence gels. Offers high-resolution imaging capabilities with its F0.95 motorized lens, allowing for detailed visualization of chemiluminescent signals. Incorporates automated exposure control for precise and consistent imaging across different samples.
Specifications
| CCD Sensor Size | 12.49 × 9.99 mm |
| Resolution | 6.05 Megapixels, 2750 × 2200 |
| Pixel Density | 16bit (65536 Grey Scales) |
| Pixel Size | 4.54 × 4.54 µm |
| Lens | F0.95 motorized lens |
| Light Source | LED Epi-white light × 2UV-Transilluminator (302 nm)White-LED Transilluminator |
| Display | NA |
| Quantum Efficiency | ≥ 75 % |
| Readout Noise | < 5.5e- RMS |
| Dark Current | 0.0003 e/p/s |
| Dynamic Range | 4 orders of magnitude |
| Standard Filter | 590 nm filter |
| Filter Wheel | 8 Sockets Filter Wheel |
| Max Image Area | 260 × 210 mm |
| Cooling Temperature | -30˚C |
| Software | Image acquisition and analysis software |
| Internal Dimension | 380 × 350 × 490 mm |
| External Dimension | 560 × 480 × 780 mm |
| Weight | 39 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Chemiluminescence Imaging System LMCIS-A101 | $ 20887.5 | Each of 1 |
Features
CCD camera exhibits a remarkable ≥ 75% high quantum efficiency
Provides user-friendly image navigation and browsing for convenient operation
Allows optional attachment of different fluorescent light sources and filters
Utilizes automatic pixel binning technology for enhanced imaging efficiency
Enables marker image capture and composition with objective bands
Occupies a small footprint, minimizing bench space requirements
Maximum sensitivity configuration
Optional System Configuration of RNA, DNA, Protein, Chemiluminescence, Fluorescence System
Applications
It is employed in genetic engineering, biotechnology, and molecular biology to capture high-quality images of DNA/RNA bands. It is also utilized for protein detection, ELISA plate reading, and comprehensive Chemiluminescence analysis.
Software Features
High-Precision Automatic Exposure
One-Touch Image Acquisition
Marker Image Capture and Composition
Automatic Capture Parameters Access
Convenient Image Navigation
Image Rotation, Cropping, and Counter Color Processing
Advanced Pixel Binning Technology
Optional Excel File Save for Analysis Results
Optical Density Calculation
Background Mode Optimization
Selection Guide
Chemiluminescence Imaging System LMCIS-A101 is designed for sensitive detection of low-light signals, making it perfect for research involving protein expression, DNA/RNA detection, and western blot analysis. It is commonly used in molecular biology labs, immunology research, and pharmaceutical studies where precise chemiluminescent signal capture is essential. This system is especially beneficial in experiments requiring high dynamic range, such as quantification of faint protein bands or comparative studies of gene expression. With certifications that support its compliance with international laboratory standards (such as ISO and CE), the LMCIS-A101 ensures reliable performance and data reproducibility. Its compact design and user-friendly interface make it suitable for academic labs and research institutions focusing on high-throughput imaging and advanced documentation.
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Frequently Asked Questions
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.