Chemiluminescence Imaging System EZL-CS131

EziLab offers the Chemiluminescence Imaging System EZL-CS131, a gel doc system and western blot imager that captures faint chemiluminescent signals and stained gels in one cabinet. A scientific CCD camera cooled to -25°C absolute reduces thermal noise during long exposures, so weak ECL bands stay visible against a clean background. The 6.05 megapixel sensor (2750 × 2200, 4.54 µm pixels) records 16-bit images with 65,536 gray levels, and ≥75% quantum efficiency converts more emitted light into usable signal. A motorized F0.95 ultrafast lens gathers light for shorter exposure times. High precision automatic exposure and advanced pixel binning balance sensitivity and detail, letting users capture low-abundance proteins without saturating strong bands. An ultra slim trans illuminator with blue and white light handles stained DNA and protein gels, and switchable operation modes move between chemiluminescence, gel, and color imaging. Automatic gel band recognition and optical density calculation deliver quantitative results, while a touch screen with customizable imaging protocols keeps workflows repeatable. Molecular biology labs document DNA and RNA gels, proteomics teams image Western blot membranes, and research and diagnostic laboratories quantify protein expression for publications and quality records. A -25°C camera matters most for faint ECL bands and far less for stained gels, so match it to your dominant sample type in the Imaging System category and Chemiluminescence Imaging System range.