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Overview
Chemiluminescence Imaging System LMCIS-B101 provides resolution of 6 megapixels. Its front-illuminated CCD sensor captures emitted light from samples for reliable detection and capturing. Its auto-focus function ensures sharp and clear signal detection without manual adjustment. Its SHST capture and analysis software enables data acquisition, processing, and analysis with unlimited operator access. Our Chemiluminescence Imaging System is ideal for fluorescent blot detection, DNA-protein interaction studies, gene expression analysis.
Features :
Digital camera
Intuitive interface
Electronic lifting platform
One Sample layer
Fast data transmission
Specifications :
| Sensor Type | Front illuminated CCD |
| Resolution | 6 Megapixels |
| Pixel Size | 4.54 × 4.54 µm |
| Cooling Temperature | -30 °C regulated (-65 °C below ambient) |
| Max. Grey Scales | 65,536 (16-bit) |
| Dimensions | 800 × 600 × 600 mm |
| Weight | 50 Kg |
Optional Accessories :
Model No | Accessory |
LMCIS-B101-C1 | Intel-powered computer |
LMCIS-B101-C2 | Blue light source+ Filter |
LMCIS-B101-C3 | Green light source+ Filter |
LMCIS-B101-C4 | Red light source+ Filter |
LMCIS-B101-C5 | F0.8 Lens Replacement |
Applications :
Chemiluminescence Imaging System LMCIS-B101 supports ECL Western blotting, immunoprecipitation assays, enzyme activity studies, multiplex fluorescent blot detection and protein expression studies.
Selection Guide :
Chemiluminescence Imaging System LMCIS-B101 is best suited for researchers performing sensitive protein and nucleic acid detection experiments, such as Western blotting. It is commonly used in molecular biology labs for gene expression studies, signal transduction analysis, and protein interaction assays. The system supports high-sensitivity imaging, making it suitable for detecting low-abundance targets without background noise. It is widely utilized in biomedical research, pharmaceutical development, and academic laboratories. Certifications like ISO and CE ensure compliance with international quality and safety standards, increasing its credibility for regulated environments. This model is recommended for users seeking precise, low-light detection with user-friendly operation and reliable reproducibility.
