On July 4, the National Innovation and Entrepreneurship Competition for Intelligent Manufacturing (Medical Devices) in Metallurgical Industrial Park was successfully held in Zhangjiagang City; the competition aimed to focus on high-end talent resources, undertake innovative projects in the field of medical devices and build a nationally renowned high-end medical device industrial park.
Beijing TaiGeek®️ Technology Co.,Ltd. participated in the competition with its latest product development project, a holographic microscope development project: this project focuses on cancer diagnosis and treatment assistance. Cancer symptoms are diverse and difficult to detect in time, and many cancers are already at an advanced stage once they are detected. The goal of this project is to achieve an accurate and rapid diagnosis of cancer by developing and producing a miniaturised holographic imaging device that enables three-dimensional morphological imaging of cancer cells, and by observing the morphology of cancer cells to determine their current state of survival. The project is led by Beijing TaiGeek®️ Technology Co.,Ltd. with Dr. Pietro Ferraro from the Institute of Applied Sciences and Intelligent Systems, National Research Council of Italy (CNR-ISASI) as technical advisor , with strong technical foundation.
During the competition, TaiGeek®️ also participated in the "Cloud Roadshow" session, presenting the application scenarios and development potential of the holographic cell imager project to the judges and interacting with them.
In the end, The r&d project of TaiGeek®️ holographic microscope won the third prize in the competition for its solid research technology foundation and broad development space.
As a new high-end company, Beijing TaiGeek®️ Technology Co.,Ltd. is honored to be selected for this competition. In the future, we will continue to combine Sino-Italian joint research and development, and devote ourselves to the development and optimization of multi-scene applications of holographic imaging technology, in order to support the penetration and development of comprehensive applications of holographic imagers in many fields such as industry, medicine and research.