Overview

Chemiluminescence Imaging System LMCIS-B300 is equipped with cooling temperature of -30°C. It supports multi-mode functionality, enabling seamless switching between ECL detection, fluorescence, and gel documentation. It features UV and white LED transilluminators, enabling efficient visualization of nucleic acid and protein gels. Its compact, mini-sized and versatile configuration optimizes space efficiency while integrating powerful detection functions. Our Chemiluminescence Imaging System is suitable for gel documentation, western blotting, SDS pages.

Features :

Single-layer sample tray 

High sensitivity 

Intuitive software 

Electronic lifting platform 

Auto focus function

Removable PC 

Specifications :

Camera Type	Cooled CCD
Resolution	6 Megapixels
Pixel Size	4.54 × 4.54 µm
Cooling Temperature	-30°C（-60 ℃ below ambient)
Dynamic Range	4.8 OD
Pixel Density	16-bit (65,536 Grey Scales)
Lens	Electronic Lens F0.95
Imaging Area (Gel Doc and Protein Gels)	14 × 12.5 cm
Filter Wheel	5-Position Standard Filter Wheel
Dimensions	520 × 560 × 1100 mm
Weight	50 Kg

Optional Accessories :

Model No	Accessory
1	Blue LED transmission

Applications :

Chemiluminescence Imaging System LMCIS-B300 is suitable for detecting chemiluminescent signals, analyzing protein gels, visualizing ECL and fluorescent Western blots, in molecular, protein, and fluorescence research.

Selection Guide :

Chemiluminescence Imaging System LMCIS-B300 is ideal for researchers and professionals involved in sensitive protein or nucleic acid detection applications such as Western blotting, DNA/RNA hybridization, and enzyme activity assays. Based on its advanced imaging technology and high sensitivity, this system is commonly used in molecular biology, immunology, and cell signaling studies. The system supports quantitative analysis of low-intensity chemiluminescent signals, making it suitable for experiments requiring high dynamic range and low background noise. It typically features a cooled, back-illuminated CCD or CMOS sensor, enhancing detection of faint signals. The model often comes with ISO or CE certifications, ensuring compliance with global laboratory standards. Customers should select this model if their research demands reliable, reproducible chemiluminescence imaging with precision analysis and regulated performance for publication-quality results.