Chemiluminescence Imaging System LX7005CIS

Description

Chemiluminescence Imaging System LX7005CIS is a high-performance imaging platform designed for advanced molecular biology applications. It delivers precise and high-resolution imaging of DNA, RNA, and protein samples with superior sensitivity. Equipped with advanced optics, high-resolution cameras, and intuitive software, the S7 ensures accurate detection and quantification of faint chemiluminescent signals.

Specifications

Grayscale
16 Bit (65536 levels)
Pixel size
100µm x 100µm
Touch-screen
Built-in 10.1-inch touch screen
Maximum imaging area
147mm x 110mm
Sample stage
Motorized
Brightfield luminescence
White light
Software
Chemiluminescence Imaging acquisition and processing software multi-band Image analysis software
Operating condition
Operating temperature: 10-28°C, Operating humidity: 15%-70%
Storage condition
Storage temperature: 10-55°C, Storage humidity: 10%-80%
Interface
USB*2
Input voltage
100V~240V AC, 50/60Hz
Product dimension
286 x 355 x 321 mm
Net weight
15 Kg
Features
  • 1600 mm² photosensitive chip, direct contact imaging without lens provides high sensitivity imaging and wider dynamic range
  • Colored marker imaging overlays molecular weight marker in color
  • One-click image capture offers easy operation, even for beginners
  • Built-in 10.1 inch touch screen and compact size
  • Multi-touch support
Applications
  • Widely used in the detection of chemiluminescent samples based on ECL, ECL PLUS, etc., such as western blot, northern blot, southern blot and other experiment-related blotting membranes.
Chemiluminescence Image Acquisition Software
  • Multiple shooting mode that is auto, manual, and multi-frame
  • Thumbnail preview of captured images for easy browsing
  • Colored marker overlay with chemiluminescence image
  • Touchscreen contrast control
  • Auto-saving of raw data with metadata
Chemiluminescence Image Analysis Software
  • Automatic lane and band identification
  • Molecular weight calculation via optical density and peak pattern
  • Optical density measurement for quantitative analysis
  • Background subtraction for optimized data
  • Export results to Excel format