Core Product Advantages

1. High-Efficiency Scanning with Precise Positioning

Powered by innovative dynamic fluorescence technology, the scanner eliminates mechanical fluorescence channel switching, which not only drastically boosts scanning efficiency, shortens experimental cycles and accelerates research progress, but also ensures no misalignment in fluorescence fusion. It achieves ultra-precise positioning of cell and molecular markers, laying a solid foundation for high-resolution imaging and analysis.

2. Multi-Channel Fluorescence Imaging for In-Depth Research

Equipped with 5-8 color fluorescence channels and matched with high-precision scanning performance, it can accurately label specific cells and molecules in complex tissue samples to support high-spatial-resolution spatial omics research. In live cell experiments, it enables simultaneous tracking of multiple cell signals, deeply exploring the dynamic changes of cell signaling pathways and enriching the research dimensions of live cell biology.

3. Gentle Scanning & Real-Time Live Cell Monitoring

Adopting bright and dark field stroboscopic light source technology, it minimizes light-induced damage and fluorescence quenching, maximally protecting the activity of live cells and extending the effective observation time. The high-efficiency scanning capability supports continuous real-time monitoring of live cells, capturing the dynamic behavioral changes of cells in real time and meeting the needs of long-term live cell imaging research.

4. High-Resolution Imaging for Precise Localization

The perfect combination of professional LED fluorescence light source, 20X/40X fluorescence-specific objective lenses and dedicated high-resolution fluorescence/bright field cameras delivers an ultra-high image resolution of 0.25μm/pixel (20X). It realizes the precise positioning of genes and proteins, clearly presenting the fine structure of cells/tissues and the distribution characteristics of biological molecules, and meeting the high-precision imaging requirements of scientific research.

5. Compact & Portable with Flexible High-Throughput

Supporting high-throughput scanning of 4 slides at a time, the scanner features a compact and lightweight design with plug-and-play convenience, perfectly adapting to various application scenarios such as laboratory bench research, mobile experimental stations and on-site small-batch sample detection. It balances small-batch high-efficiency scanning and flexible scenario application, filling the gap of compact high-performance fluorescence scanners.

6. Automated Workflow & Standardized Analysis

The fully automated and standardized scanning process realizes rapid imaging of thousands of cells or tissues, providing stable high-throughput data acquisition, greatly reducing human operation errors, and effectively improving the repeatability and reliability of experimental data. It is suitable for both small-batch scientific research and standardized small-sample clinical detection.

7. Intelligent Analysis & Humanized Practical Functions

Integrated with artificial intelligence analysis algorithms, it can accurately measure the expression level and dynamic changes of specific markers in cells/tissues, capture subtle intercellular differences, and realize precise quantitative analysis and heterogeneity research of samples. Equipped with a full set of humanized functions: fluorescence preview for clear positioning of transparent samples and rapid identification of scanning areas; fluorescence-assisted exposure for optimizing scanning effects of areas with too strong or weak fluorescence signals; priority scanning for one-click emergency scanning of additional samples without tedious operations, greatly improving the flexibility and efficiency of experimental operation.

Wide Application Fields

The scanner is widely applicable to various frontier research and clinical detection fields including spatial omics, live cell imaging, high-content screening, organoids, FISH detection, CTC screening, tumor microenvironment research, and is fully compatible with the CODEX platform, meeting the diversified high-precision fluorescence imaging needs of life science research and clinical precision medicine in small-batch scenarios.