EziLab Gel Documentation Imaging System EZL-GD132 operates with a 5.2MP scientific digital camera at 16-bit pixel density and 82% quantum efficiency, featuring a gel doc system with 3.2e RMS readout noise, 72.8db SNR, and 2560x2048 resolution for quantitative gel and blot imaging. The 5.2MP scientific digital camera with 16-bit pixel density supports stable image capture across complex sample matrices, while 3.2e RMS readout noise supports low-noise detection. 72.8db SNR with 2560x2048 resolution supports stable quantitative imaging for DNA/RNA gel analysis, protein research, western blot workflows, and molecular biology studies via Lab Equipment and EziLab's full range of imaging systems for lab workflow integration.
| Camera | Scientific Digital Camera |
|---|---|
| Resolution | 5.2 Megapixels, 2560×2048 |
| A/D | 16 bit ( 65536 Grayscale) |
| Pixel Density | 16 bit ( 65536 Grayscale) |
| Quantum Efficiency | ≥ 82% |
| Read Out Noise | 3.2e-RMS |
| Dark Current | 1e-/pixel/sec 25°C |
| SNR | 72.8db |
| Product Dimension (W×D×H) | 430×380×690 mm |
| Outer Pack Dimension (W×D×H) | 550×490×760 mm |
| Gross Weight | 31 kg |
Polymer by RIM molding
Better user experience
Switchable operation mode
UV smart trans illuminator
Blue and white light trans illuminator
Intelligent workflow
User interface allows total customization over imaging protocols
High precision automatic exposure
Advanced pixel binning technology
Automatic access of capture parameters
Image cropping, rotation and counter color process
Convenient image navigation and browsing
Calculation of optical density for the quantitative analysis
Optimization of the visual effects by wiping background mode
This system is widely used for Gel inspection, Protein inspection, ELISA plate, Petri dish colony counter and TLC plate etc.
