Digital scanning microscopy imaging system

The latest research and development by Nanjing Lambert AixDigital scanning microscopy imaging systemIt is noteworthy in terms of exterior design. Its overall dimensions are 40cm long, 30cm wide, and 50cm high, with strict error control within ± 10mm. Its compact and small size can easily adapt to various workspaces, whether it is a small corner of the laboratory or a specific area for medical testing, it can find its place.

The system has good adaptability to the working environment and can operate stably in a temperature range of 10 ℃ -40 ℃ and humidity conditions of 30% -75%. The input power is about 144W, ensuring efficient working performance while saving energy.

The microscope part adopts an integrated design of base, cantilever, camera and other components, with a stable and reasonable structure. The movement range of the stage is 160mm (± 8mm) X 180mm (± 9mm), and the positioning accuracy is as high as 0.003 (± 0.0015mm). This precise design ensures that the sample can be accurately positioned during observation and scanning, providing a solid foundation for subsequent imaging and analysis. The system supports 4X, 10X, 20X, and 40X dry objective lenses, which can achieve magnification of 300x, 600x, and 1200x. The imaging is clear without distortion or color difference, and the picture is stable without shaking, allowing the details of the microscopic world to be presented.

In terms of scanning performance, the system performs exceptionally well. The maximum scanning range can reach 35mm × 35mm, with a single image resolution of up to 1920 * 1080. With a 20X objective lens (600x), the scanning task can be completed in just 5 minutes, greatly improving work efficiency. In addition, the system also has a fast image stitching function, which can seamlessly stitch multiple local images into a complete sample panorama, providing researchers with a more comprehensive and intuitive observation perspective.

The software features of the system are rich and diverse, covering practical functions such as scanning device detection and connection, screenshot and video recording, scanning and splicing, etc. The operation is simple and convenient, and even first-time users can quickly get started. At the same time, it also has the functions of bright field slicing, pressing, loading high-definition real-time observation and slice scanning to generate digital image files. It supports image transformation, annotation, cell segmentation and other traditional analysis, and can also carry out digital diagnosis of five major cancers, including pancreatic cancer and lung cancer, based on the deep learning model.

Whether it is pathological research in medical schools and hospitals, or applications in animal and plant disciplines, disease control, inspection and quarantine, food and pharmaceutical fields in universities and research institutions, this system can provide strong support for scientific research and medical work with its precise, efficient, and intelligent characteristics.