Ezilab Chemiluminescence Imaging System EZL-CIS100 uses a 6.05 megapixel CCD sensor at 2750 × 2200 resolution for detailed signal capture. Pixel density is 16 bit with 65536 grayscale levels for quantitative imaging workflows. Motorized F0.8 lens and dual LED epi-white light provide controlled illumination for imaging. UV-transilluminator at 302 nm and white-LED transilluminator enable nucleic acid and gel imaging modes. Maximum image area is 260 × 210 mm for standard blot and gel formats. Quantum efficiency is greater than equal to 75% with readout noise less than 5.5e- RMS for sensitivity. Cooling temperature reaches -30˚C to reduce background signal during longer exposures. Applications include western blot analysis, enzyme-based assays, gene expression studies, and molecular biology research.
| CCD Sensor Size | 12.49 × 9.99 mm |
|---|---|
| Resolution | 6.05 Megapixels, 2750 × 2200 |
| Pixel Density | 16bit (65536 Grey Scales) |
| Pixel Size | 4.54 × 4.54 µm |
| Lens | F0.8 motorized lens |
| Light Source |
LED Epi-white light × 2 UV-Transilluminator (302 nm) White-LED Transilluminator |
| Display | NA |
| Quantum Efficiency | Greater than equal to75 % |
| Readout Noise | Less than 5.5e- RMS |
| Dark Current | 0.0003 e/p/s |
| Dynamic Range | 4 orders of magnitude |
| Standard Filter | 590 nm filter |
| Filter Wheel | 8 Sockets Filter Wheel |
| Maximum Image Area | 260 × 210 mm |
| Cooling Temperature | -30˚C |
| Software | Image acquisition and analysis software |
| Dimensions (W× D × H) | 560 × 480 × 780 mm + 380 × 350 × 490 mm |
| Weight | 39 kg |
Advanced cooling system to minimize background noise
Durable and compact design suitable for routine lab use
Compatible with multiple gel types
Real-time image preview and analysis
Secure data management and storage options
Chemiluminescence Imaging System EZL-CIS100 is widely used in western blot analysis and enzyme-based assays requiring high-sensitivity detection. It also supports gene expression studies and molecular biology research requiring accurate chemiluminescent detection.
The Chemiluminescence Imaging System EZL-CIS100 is optimized for high-sensitivity imaging, enabling clear visualization of faint protein signals. The system uses advanced optics and a high-resolution camera to capture even minimal chemiluminescent emissions. This makes it ideal for detecting low-expression targets in Western blots or DNA/RNA applications. The enhanced sensitivity helps reduce exposure times while preserving image clarity. As a result, researchers can obtain reliable, publication-quality data from challenging samples.
Ezilab’s Chemiluminescence Imaging System EZL-CIS100 is well-suited for shared environments thanks to its intuitive software and user-friendly interface. Multiple users can quickly set up protocols without extensive training, making it a practical choice for academic institutions and core imaging facilities. The system allows for flexible imaging workflows and automatic adjustments that reduce the risk of user error. Its durability and performance consistency ensure smooth operation across frequent use cases. These factors contribute to high throughput and collaborative research efficiency.
Our Chemiluminescence Imaging System EZL-CIS100 is designed with user safety in mind, offering a fully enclosed imaging chamber that prevents light leakage and reduces exposure risk. The internal components are shielded to avoid accidental contact with sensitive optics or electronics. Automated door locks and low-light indicators help prevent interruptions during imaging. The design ensures minimal operator exposure to chemicals and light, even during extended imaging sessions. These features make the unit safe for long-term and repeated use in both educational and professional labs.
The chemiluminescence Imaging System EZL-CIS100 is equipped with image-saving and export features that allow easy integration into lab data workflows. High-resolution images can be stored locally or transferred via USB or network connections. This facilitates secure data backup and supports collaboration between teams or departments. The intuitive software also enables annotation and image comparison for detailed analysis. With built-in data management tools, it supports both research publication and regulatory documentation needs.
Our Chemiluminescence Imaging System EZL-CIS100 is particularly valuable in molecular biology applications that involve protein or nucleic acid detection. It is commonly used for Western blot analysis, gel documentation, and other chemiluminescent assays. The system is compatible with a wide range of substrates and reagents, making it flexible for various experimental designs. Its fast capture speed and high sensitivity ensure that both routine and advanced imaging tasks are handled efficiently.
Ezilab’s Chemiluminescence Imaging System EZL-CIS100 features a simplified control panel and intuitive imaging software that guide users through the setup and capture process. Automated exposure settings and step-by-step protocols minimize the learning curve for new users. Built-in presets allow researchers to select optimal parameters based on assay type without manual adjustments. Visual previews ensure accurate positioning and focus before image capture. These design elements make the system accessible to students, interns, and non-imaging specialists.
