Chemiluminescence Imaging System LMCIS-B400 Catalog

Overview

Chemiluminescence Imaging System LMCIS-B400 offers 9 megapixels resolution. It offers multi-mode capability allowing easy transition between ECL detection, fluorescent analysis, and gel documentation. It features 4-layer manual sample tray for flexible and efficient operation. Its UV and white LED transilluminators support versatile visualization of nucleic acids and protein gels. Our Chemiluminescence Imaging System is suitable for life science, research, and clinical diagnostics. 

Features :

High sensitivity 

Intuitive software 

Auto focus function

SHST capture software

SHST Analysis 

Specifications :

Camera Type	Cooled Back-illuminated CMOS
Resolution	9 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
Sample tray	4 layers
Imaging Area (Gel Doc and Protein Gels)	21 × 26cm
Filter Wheel	5-Position Standard Filter Wheel
Dimensions	500 × 550 × 880 mm
Weight	27 Kg

Optional Accessories :

Model No	Accessory
LMCIS-B400-C1	Blue LED transmission
LMCIS-B400-C2	Blue light source+ Filter
LMCIS-B400-C3	Green light source+ Filter
LMCIS-B400-C4	Red light source+ Filter
LMCIS-B400-C5	F0.8 Lens Replacement

Applications :

Chemiluminescence Imaging System LMCIS-B400 is suitable for ECL-based chemiluminescence, fluorescent Western blot analysis, gel documentation, and SDS-PAGE protein separation, across life science, research, and clinical diagnostics.

Selection Guide :

Chemiluminescence Imaging System LMCIS-B400 is a high-performance solution designed for advanced research applications such as Western blot analysis, DNA/RNA imaging, and protein interaction studies that require sensitive detection of chemiluminescent signals. It features a cooled back-illuminated CCD or sCMOS camera, high quantum efficiency, low background noise, and a wide dynamic range suitable for capturing low-abundance targets with high clarity and precision. The system is widely used in molecular biology, biochemistry, and pharmaceutical research due to its reliability in both qualitative and quantitative analysis. With certifications such as ISO and CE, the model meets international safety and quality standards, making it suitable for regulated laboratory environments. Researchers can select this model with confidence based on their need for high sensitivity, long-exposure imaging, and compatibility with advanced imaging software for efficient data analysis.