/ENTERPRISE/newswire -- COMO, CO, ITALY -- TUESDAY, 26 NOVEMBER 2024, 04:34 UTC+1
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CHINA -- /ENTERPRISE/newswire -- Jul 09, 2021
Xuan Teng's IC100 Mobile 3D X-ray Fluoroscope, a groundbreaking medical device, is set to transform surgical procedures with its innovative features and advanced technology. Designed to streamline workflow, improve safety, and provide high-quality imaging, the IC100 is a game-changer for robotic-assisted surgeries.
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Xuan Teng's IC100 Mobile 3D X-ray Fluoroscope is a cutting-edge medical device designed to revolutionize surgical procedures, particularly in the field of robotic-assisted surgeries. The device's unique features and advanced technology aim to enhance surgical efficiency, improve safety, and provide high-quality imaging, ultimately transforming the landscape of modern surgical practices.
The portable X-ray device captures video, still images, and 3D imaging during surgery, offering smarter, more agile, and convenient functionalities. With the ability to interact with surgical robots, the IC100 boasts a 73% workflow deduction compared to existing methods, significantly streamlining the surgical process. Its next-gen CMOS detector allows for high image quality at low doses, while the stand-alone image console reduces radiation damage, ensuring a safer environment for medical staff.
The IC100's realization technology includes a patented self-healing and anti-virus lasting coating, depth camera for auto-sensing patient and robot positions, and an efficient, simple, and precise SMART-LINK system that optimizes workflow and controls the robot. Additionally, the device's design specifications prioritize sustainability, with 70% of its materials being recyclable and the application of up to 25% recycled materials.
With the project commencing in March 2021 in Nanjing, China, and concluding in January 2022, the IC100 Mobile 3D X-ray Fluoroscope has already entered mass production and is being utilized in hospitals, marking a significant milestone in the advancement of surgical technology.
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