As the pace of scientific research continues to accelerate, microscopy is no longer just about “seeing clearly.”

Efficiency, stability, and consistency have become essential considerations for laboratories when selecting imaging systems.

Whether an imaging platform is truly practical depends on its ability to integrate reliably and sustainably into everyday research workflows.

Deployment Across Multiple Regions Reflects Real-World Adoption

Recently, the X-Ultra Automated Fluorescence Imaging System developed by Shanghai LeiTe Technology has been successfully deployed in multiple locations, including Beijing, Zhengzhou, Wuhan, and Hefei, covering key research hubs across North China, Central China, the Central Plains, and the Yangtze River Delta.

These regions represent major concentrations of scientific research resources and serve as important intersections for universities, hospitals, and biotechnology enterprises, where diverse research and application scenarios coexist.

Automation Enhances Practical Usability and Stability

Across different regions and experimental requirements, X-Ultra reduces variability caused by manual operation through automated imaging workflows, enabling more stable and efficient fluorescence imaging.

As imaging processes become less dependent on individual experience, experimental consistency and reproducibility are further improved, allowing microscopy to integrate more naturally into daily research routines.

Coverage of Core Research Hubs Means Continuous Validation

Deployment across core research hubs in North China, Central China, the Central Plains, and the Yangtze River Delta represents more than geographic expansion. It reflects a microscopy solution that is repeatedly used, continuously validated, and proven adaptable across diverse research environments.

From single-site implementation to multi-region application, X-Ultra continues to respond to real scientific needs through practical use. Shanghai LeiTe Technology remains committed to advancing automated microscopy solutions that are more efficient, reliable, and intelligent, supporting the long-term development of scientific research.