According to SmartKarma,on September 22nd,the final review work of the 10th China Medical Industry Innovation Competition was successfully completed.The project"Intelligent AI Fluorescence Navigation 4K3D Endoscope Camera System"by Shanghai KEENSEA Medical Technology Co.,Ltd.(02225)ranked fourth with a comprehensive score of 72.62 points in the category of projects that have obtained product registration certificates,and was honored with the"Most Investment Value Award."

On September 21,2024,the First China Medical Equipment Innovation and Development Conference and the China Hepatobiliary Intelligent Equipment Innovation Technology Patent Exhibition,themed"Intelligent Equipment,Leading the Future,"concluded successfully.This conference was organized by the China Medical Education Association and brought together top experts,scholars,corporate representatives,and industry leaders in the field of hepatobiliary intelligent equipment,aiming to promote innovation and development in the medical equipment sector.

Gluteal muscle contracture (GMC), also known as gluteal muscle fibrosis, is a clinical disease characterized by fibrosis and contracture of the gluteus maximus and its surrounding fascia. Due to problems such as hip adduction and internal rotation, patients develop unique gait and physical signs. Currently, surgical release is a reliable treatment option. Arthroscopic technology is highly respected in GMC release due to its safe, effective, simple and convenient minimally invasive means. Recently, Cheng Biao, director of the Department of Sports Medicine and Orthopedic Surgery Center of Tongji Hospital Affiliated to Tongji University, successfully completed the team's first 3D arthroscopic lower arm muscle contracture release. The "Songsong Point" of GMC contracture has stepped into the 2.0 era.

AI intelligent endoscope camera system debuts first "very innovative, using 'AI+' and 'Internet+' new technologies to integrate medical minimally invasive technology, greatly enhancing the connotation of endoscopes, making products smarter and more advanced, and making minimally invasive surgery more precise." At the 89th China International Medical Equipment (Spring) Fair (CMEF) with the theme of "Technological Innovation, Smart Future" which opened on April 11, 2024, a surgical expert stopped in front of the Jinhai Medical Company booth for a long time, and had a detailed understanding and communication with Jinhai Company's technical personnel, and issued the above heartfelt evaluation. From April 11 to 14, the 89th CMEF, which showcased the latest achievements of the entire medical and health industry chain, was grandly held at the Shanghai National Convention and Exhibition Center.

01. Make surgery clearer. Use 3CMOS true 4K chips to process image colors separately, greatly reducing color mixing interference. 02. Make surgery more precise. Tongyao's leading fluorescent navigation level uses 4CMOS true 4K chips to support white light, multi-color fluorescence, black and white fluorescence, split-screen fluorescence, thermal fluorescence, and light source linkage function. No matter how far or near, the boundaries are clear, no overexposure, and no distortion.

keenseaImportant News | Shanghai's First 4K3D Fluorescence Registration Certificate, Approved for Listing!

The 87th China International Medical Device Expo was successfully held in Shanghai National Convention and Exhibition Center from May 14 to 17. At the feast of medical industry in Shanghai again after one year, Shanghai Jinhai Medical Technology Co., Ltd. debuted its self-developed 4K3D fluorescence endoscope camera system.

Born in February 1964, graduated from the PhD in Surgery Hospital of Xiangya Hospital of Hunan Medical University. He is currently the chief physician, professor, and blog director of the first hospital of Shanxi Medical University. Since 1993

On the afternoon of August 10, Keensea Medical Invitation invited the excellent commercial elites of the Tongguang EMBA75 period, research scholars and other guests and friends to discuss the future f