Gel Documentation System LX5005GDS

Description

Gel Documentation System LX5005GDS is equipped with high-resolution, low-illumination scientific-grade cameras and high-transparency lenses to ensure vivid and clear imaging even under low-light conditions. With options for computer or touch screen control, the systems offer flexibility in operation. They feature an electric filter wheel-based fluorescence module for multi-color fluorescence imaging, and a light source that supports various excitation wavelengths to accommodate different experimental labels

Specifications

Display
17-inch LED display
Effective pixel
3084 x 2056
QE value
High QE: 79%@600nm
Dynamic range
>4.0 order
Pixel density
16 Bit (0-65536 gray scale)
Lens
20 Megapixel ultra-high-resolution lens with auto-focus and physical resolution of up to 2.4 microns
Resolution
6.31M pixels
Signal to noise ratio
≥78db
Sensitivity
Nucleic acids 0.01ng lowest
Camera
High resolution low illumination integrating CCD camera
Filter
590nm standard and 535nm optional
Transmission wavelength
302nm (254nm and 365nm optional)
White light transilluminator
Cold light, voltage 12V (brightness adjustable)
UV transmission dimension (W x L)
210 x 260 mm
Blue light transmission dimension (W x L)
210 x 360 mm
Product dimension
410 x 420 x 600 mm
Net weight
25 Kg
Packing dimension
550 x 520 x 710 mm
Gross weight
32 Kg
Features
  • High-resolution, low-illumination scientific-grade camera
  • Built-in industrial motherhood computer with 17 inch large LED display
  • High-transparency electric lens for clear imaging
  • Computer control options
  • Fluorescence module with multi-wavelength electric filter wheel
  • Light source supports various excitation wavelengths
  • Modular design with smart circuitry, anti-collision system, and auto sleep control
Applications
  • It captures, analyzes, and documents images of nucleic acids and proteins separated by gel electrophoresis. Widely used in molecular biology, biotechnology, and genetic research for accurate visualization and data analysis.