GelView Max Intelligent Imaging Workstation
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GelView Max Intelligent Imaging Workstation

GelView Max Intelligent Imaging Workstation is an all-in-one imaging system integrating high-resolution imaging, intelligent operation, and multi-modal detection capabilities, engineered specifically for chemiluminescence imaging, fluorescence imaging, and gel documentation applications. Combining super-resolution imaging, an intelligent analytics platform, and modular design, it delivers end-to-end experimental continuity. It simplifies complex experiments and gains data insights faster


Main Features:

Outstanding Performance: 

  • High-resolution scientific CMOS camera captures finer details. There are 2 kinds of  camera for choice, which are 9-megapixel resolution and 6-megapixel resolution.   

  • Software-controlled FOV adjustment accommodates diverse sample sizes.

  • Multichannel overlay technology automatically merge color markers with dark-field.

  • Electrophoretic bands for intuitive result visualization.

High-Efficiency Illumination System: 

  • Triple-mode transillumination (white/UV/blue light) with software-controlled automatic switching, no need to manually change background plate.

  • Up to 100 fluorescence channels, meeting the needs of most fluorescence imaging applications

Powerful Configuration

  • 18.5-inch HD display for simultaneous visualization of multiple parameters on a single screen.

  • 512 GB large-capacity hard drive storage accommodates large-scale experimental datasets.

  • Ergonomic 15° viewing angle optimizes operator posture during operations.

Intelligent Operation

  • Smart startup guidance and one-touch imaging with voice control and dynamic anti-saturation protection, ensuring operation simplicity and imaging stability.

  • Built-in databases with 100+ fluorescent probes and 20+ markers, supporting customizable editing and automatic adaptation to experimental parameters.

  • AI-driven band recognition enables instant quantification of molecular weights, migration rate, and gray-scale values, significantly improving efficiency.