宁波江丰生物信息技术有限公司

Ningbo Jiangfeng Bio-Information Technology Co., Ltd. is located in Ningbo, China. The team is dedicated to the development of high-performance hardware and software products for digital pathology. It has more than 20 years of R&D experience in precision control and image processing technology. Through the application of the digital pathology overall solution, it can promote the continuous improvement of the global pathological diagnosis level, improve the harsh medical environment in remote areas, and provide more abundant learning resources for pathologists. We produce digital pathology slice scanning equipment and consultation, teaching and research products around digital pathology. Each of these products is designed, developed, supplied, assembled, tested and quality controlled to the highest standards, resulting in superior product performance with more than 800 installed equipment worldwide. We provide the world's leading KF-PRO-005 digital pathology scanner, which uses advanced line scanning to digitize a slice in just 40s. It is equipped with a linear magnetic axis platform that is non-contact and wear-free, ensuring image quality. For many years; nano-level motion error control makes the device's ability to express image details very good. The device supports scanning of 2x size slices; the device automatically recognizes the label, and then binds the pathological slice to the patient data after identification; for some tissue thick and irregular slices, we provide a multi-layer fusion scan mode to make different types The slices can be scanned clearly; after the scan is completed, a panoramic digital image is output, and the pathologist can quickly browse and measure the length and area of ​​the tissue, add annotations, and simultaneously view multiple slices for comparison; At the same time, we also provide high-throughput scanning equipment and fluorescence scanning equipment, which can scan 120 or 400 slices automatically with one button. We optimized the scanning algorithm and automatic loading device of the large-flux device to make it more adaptable to different tissue samples, and the probability of chip jam is lower, and the scanning failure rate is <0.6%. An advanced fluorescence scanning system that enables scientific research institutions to perform rapid scanning and analysis of fluorescent sections.