Overview

Chemiluminescence Imaging System LMCIS-B100 offers 9.0 megapixels resolution. Its back-illuminated SCMOS sensor maximizes light detection efficiency. Its intuitive interface simplifies operation, allowing to navigate settings and functions effortlessly. Its fast data transmission enables quick data transfer, enhancing capture and analysis. Our Chemiluminescence Imaging System is ideal for western blotting, protein expression studies, tagged nucleic acid detection.

Features :

Digital camera

Electronic lifting platform

Auto-focus function

One Sample layer

SHST Capture and Analysis Software

Specifications :

Sensor Type	Back-illuminated SCMOS
Resolution	9.0 Megapixels
Pixel Size	3.76 × 3.76 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-B100-C1	Intel-powered computer
LMCIS-B100-C2	Blue light source+ Filter
LMCIS-B100-C3	Green light source+ Filter
LMCIS-B100-C4	Red light source+ Filter
LMCIS-B100-C5	F0.8 Lens Replacement

Applications :

Chemiluminescence Imaging System LMCIS-B100 is ideal for chemiluminescence and fluorescence imaging in ECL Western blotting, protein expression studies, tagged nucleic acid detection, and multiplex fluorescent blot analysis. 

Selection Guide :

Chemiluminescence Imaging System LMCIS-B100 is designed for sensitive detection and quantification of chemiluminescent signals in biological research. It is widely used in molecular biology studies, particularly for Western blot analysis, protein-DNA interaction studies, and gene expression profiling. This system is perfect for laboratories requiring high-resolution imaging with low background noise, ensuring accurate data interpretation. Its application extends to pharmacological research and cancer biomarker studies where signal sensitivity is critical. The model complies with international laboratory equipment standards, including CE certification, ensuring safety and performance reliability. Its user-friendly software and automated imaging workflow make it suitable for academic, pharmaceutical, and clinical research settings.