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Specifications
| Camera Type | Cooled Back-illuminated CMOS |
| Resolution | 9.0 Megapixels |
| Pixel Size | 3.76 × 3.76 µm |
| Regulated Cooling Temperature | -30°C |
| Dynamic Range | 4.8 OD |
| Pixel Density | 16-bit (65,536 Grey Scales) |
| Lens | Electronic Lens F0.95 |
| Filter Wheel | 5-Position Standard Filter Wheel |
| Dimensions | 800 × 600 × 600 mm |
| Weight | 50 Kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Chemiluminescence Imaging System LMCIS-B200 | $ 13587.5 | Each of 1 |
Features
9.0 Megapixel Camera
Cooled back-illuminated CMOS with 3.76 by 3.76 micrometer pixels.
Minus 30 Degrees Celsius Cooling
Regulated cooling temperature for the camera.
4.8 Optical Density Range
Dynamic range with 16 bit grey scale depth.
Electronic Lens F0.95
Lens fitted as standard.
5 Position Filter Wheel
Standard filter wheel for different imaging modes.
Electronic Lifting Platform
Adjusts sample position.
Sample Drawer
Holds the sample during imaging.
SHST Capture Software
Quantifies, annotates and compares gel and blot results.
Optional Accessories
| ⚙ Model No. | ✧ Optional Accessory |
|---|---|
| LMCIS-B200-C1 | ✦ Intel-powered computer |
| LMCIS-B200-C2 | ✦ Blue LED transmission |
| LMCIS-B200-C3 | ✦ Blue light source + Filter |
| LMCIS-B200-C4 | ✦ Green light source + Filter |
| LMCIS-B200-C5 | ✦ Red light source + Filter |
| LMCIS-B200-C6 | ✦ F0.8 Lens Replacement |
Applications
Applications: ECL Western Blotting | Gel Documentation | SDS-PAGE Analysis
Functions: Chemiluminescence Imaging | Fluorescence Imaging | Band Quantification
Selection Guide
Chemiluminescence Imaging System LMCIS-B200 is best suited for researchers and laboratories requiring high-sensitivity imaging of chemiluminescent signals in western blots, DNA/RNA gels, and other molecular biology applications. It is frequently used in protein expression analysis, signal transduction studies, and cell-based assays, providing accurate quantification of low-light emissions. Its cooled high-resolution CCD camera ensures minimal background noise and sharp imaging quality, making it suitable for both routine and advanced research workflows. It supports various exposure times and image formats, enhancing its compatibility with different experimental needs. It is designed to meet GLP/GMP standards and often comes with ISO and CE certifications, which support compliance in regulated labs. Researchers selecting this model should consider its use in experiments demanding sensitivity, dynamic range, and consistency for reproducible chemiluminescent detection.
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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.