Overview

Chemiluminescence Imaging System LMCIS-B200 provides resolution of 9 megapixels. It is equipped with high-sensitivity cooled digital camera for faint protein or DNA band detection. Its auto focus feature, delivers clear output by adjusting to different sample sizes and positions. It includes SHST analysis platform for efficient quantification, annotation, and comparison of gel and blot results. Our Chemiluminescence Imaging System supports fluorescence imaging, gel documentation, and SDS-PAGE analysis.

Features :

Multiple modes 

Electronic Lifting Platform

Sample Drawer

SHST Capture Software

UV Illumination

White LED Transmission

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

Optional Accessories :

Model No	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 :

Chemiluminescence Imaging System LMCIS-B200 is ideal for ECL Western blotting, chemiluminescence and fluorescence imaging, gel documentation, and SDS-PAGE analysis, in molecular biology and protein expression studies.

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.