QuickChemi 5200 Chemiluminescence Imaging System

Description

The QuickChemi 5200 Chemiluminescence Imaging System is equipped with an advanced high-performance imaging assembly integrating a 46-megapixel high-sensitivity deep-space astronomy-grade sCMOS camera, a four-stage thermoelectric cooling system, and an F0.95 ultra-large aperture lens. Through the precise coordination of these core components, the system enables high-quality image acquisition under ultra-low-light conditions, significantly enhancing imaging sensitivity and accuracy for chemiluminescent detection applications.

Its intelligent imaging platform provides intuitive operation and supports bin8 pixel binning mode, delivering an optimized balance between ultra-high sensitivity and high-resolution imaging. The system integrates multiple exposure modes, including automatic and manual acquisition, as well as single-image and multi-image exposure options, enabling reliable imaging of protein bands with varying abundance levels while achieving true one-click imaging workflow efficiency.

In addition, the QuickChemi 5200 features excellent durability and corrosion resistance, minimizing routine maintenance requirements and ensuring long-term operational stability in demanding laboratory environments.

Choosing the QuickChemi 5200 means combining exceptional imaging performance with a streamlined and user-friendly operational experience.

Specification

Features

• Deep-Space Astronomy-Grade Cooled sCMOS Technology

  • Scientific-Grade sCMOS Sensor

    Compared with conventional industrial-grade CMOS sensors, the scientific-grade sCMOS sensor provides substantially higher sensitivity and improved signal-to-noise ratio for superior imaging performance.

  • High Sensitivity

    Compared with traditional CCD systems, the sCMOS sensor delivers higher photoelectric conversion efficiency with reduced signal loss, enabling easier detection of weak chemiluminescent signals.

  • Ultra-High Resolution

    Equipped with a 46-megapixel imaging sensor, the system produces sharper, clearer, and more detailed images.

• Advanced Cooling and Heat Dissipation System

  • Four-Stage Thermoelectric Cooling

    The four-stage semiconductor cooling system enables rapid temperature reduction and maintains stable low-temperature camera operation even under high ambient temperature conditions.

  • Hybrid Water-Cooling and Air-Cooling Design

    The integrated water-cooling and air-cooling architecture effectively reduces background noise and improves imaging stability during long exposure acquisition.

  • User-Oriented Structural Design

  • Corrosion-Resistant Construction

    Both the instrument housing and dark chamber undergo anti-corrosion treatment, providing enhanced rust resistance and prolonged service life.

  • Compact Integrated Design

    The built-in computer architecture and compact footprint help save valuable laboratory space and improve workspace utilization efficiency.

• Intelligent Imaging Software with One-Click Operation

  • Multiple Exposure Modes

    The software integrates both single-exposure and multi-exposure acquisition modes with automatic or manual exposure control, supporting imaging requirements for protein bands with different expression levels.

  • One-Click Imaging

    The system can automatically generate chemiluminescence images, marker images, and overlay images with a single click, simplifying operation and improving visualization efficiency.

  • One-Click Saving

    Supports batch image saving with multiple selectable file formats for convenient data management.

  • Native File Support

    Automatically saves raw image files and supports re-importing original files into the software for subsequent analysis and review.

Components