Our company is exhibiting at the CMEF
Release time:
2025-04-16 00:00
Source:
In April 2025, our marketing and technical personnel will attend the 90th China International Medical Equipment (Spring) Expo (CMEF). The theme of this exhibition is "Innovative Technology, Leading the Future with Intelligence", bringing together nearly 5000 industry enterprises from more than 30 countries and regions around the world. There are 22 themed exhibition areas, showcasing the product technology and solutions of the entire medical device industry chain from all aspects. Key topics such as AI empowerment and new quality production capacity are discussed in depth, presenting the latest trends in the industry and analyzing hot topics.
Taking advantage of this exhibition, our company has gained a deeper understanding of the application direction of our products in the medical field and has had friendly exchanges with relevant customers. Currently, our fiber optic products have applications in various fields such as medical X-rays, optical guidance, and genetic testing.
In medical X-ray detection, fiber optic panels (FOP) have key characteristics of X-ray blocking and image transmission. Its working principle is that the scintillation screen converts X-rays into visible light, which is then transmitted to the chip through FOP. This not only protects the CCD chip, but also has the characteristics of high visible light transmission efficiency and high spatial resolution. It is mainly used in X-ray dental detection, X-ray chest and breast gland detection and other scenarios.
Medical light guiding applications utilize the total reflection principle of optical fibers to achieve efficient transmission of light from one end to the other. This product has the characteristics of high transmittance, high temperature resistance, and stable performance, and is widely used in fields such as dental curing, dental mobile phone lighting, and medical endoscopes.
In the field of genetic testing, micro well structures corresponding to the optical fibers are fabricated on the surface of the fiber optic panel. The optical information emitted by the samples in the micro wells does not interfere with each other and is transmitted to the output end of the fiber optic panel through the corresponding optical fibers. Selecting a fiber optic panel with high transmission efficiency and low coupling loss as the substrate, each micro well can serve as a micro reaction pool for biological samples. By using the fiber optic structure to collect and transmit fluorescence information of high-throughput samples, the optical isolation and efficiency of the micro reaction pool can be effectively improved, the cost can be reduced, and the miniaturization of genome sequencing instruments can be achieved.
Fiber optic technology has enormous potential for development in the field of medical devices. Let's go hand in hand, driven by innovation, explore this promising emerging market in depth, constantly break through technological boundaries, and work together to create a better tomorrow