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Gel Documentation Imaging System EZL-GD132

Gel Documentation Imaging System EZL-GD132

Gel Documentation Imaging System EZL-GD132 is designed for the identification of nucleic acids and proteins using a scientific digital camera with 5.2 megapixels, F1.2 motorized lens to produce 16 bit images. The touch screen displays a wide range of sensor observed imaging applications, compact gel doc system can be supplied with a UV trans-illuminator or blue light table.

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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.

Gel Doc Imaging System

Ezilab Gel Doc Imaging System comprises of UV smart trans illuminator for documenting nucleic acids and proteins. They have complex polymer parts by RIM molding which have high structural integrity. Their image cropping, rotation, and color correction abilities enhance the interpretation of data. They have high-precision automatic exposure for operational efficiency. Our Gel Doc Imaging System have convenient image navigation and browsing for maximizing productivity.

Ezilab Chemiluminescence Imaging System have ultra-slim trans illuminators to visualize labelled samples. Their automatic recognition of gel bands enhances image processing. They enable users to customize imaging protocols to enhance experimental precision. Their door are designed by reaction injection molding to enhance flexibility with structural integrity. Our Chemiluminescence Imaging System switches modes to ensure user convenience.