Revolutionize Uterine Surgery with the GAME-CHANGER Resectoscope Tool скачать в хорошем качестве

Revolutionize Uterine Surgery with the GAME-CHANGER Resectoscope Tool

Gynecologists👩🏼‍⚕️👨🏻‍⚕️ enhance your resectoscopy procedures ⁉️ The game-changer for hysteroscopic resection. Whether you are addressing #myoma #polyps , or retained products of #conception Delmont Imaging introduces the Innovative Chips Extractor (ICE); Designed in close collaboration with the renowned Prof. FERNANDEZ HERVE MARC The ICE device is specifically engineered to optimize #hyster hashtag#resection procedures. By addressing the common challenges faced by hashtag#gynecologists during hashtag#resectoscopy, this advanced chips extractor elevates surgical performance and improves outcomes for both patients and practitioners. ICE simplifies the extraction of liquid, tissue chips, and blood clots, ensuring a clear operative field throughout the procedure. This feature enhances visibility, allowing surgeons to work with greater precision and confidence. It also eliminates the need for hashtag#cervical laceration, significantly reducing the risk of complications. This ensures safer, less invasive procedures and faster recovery for patients. The device seamlessly integrates into existing surgical workflows, offering intuitive operation and reduced procedural times. Thank you Pierre MONTILLOT and team Delmont Imaging for our great partnership ! To read more about the device visit https://www.delmont-imaging.com/ And to learn more about medical innovations, design and development process make sure to like and subscribe. We are Creanova , A 360° partner of Med-Tech companies, providing industrial design, development and contract manufacturing services for medical devices. Join us as we explore a new device used in uterus surgery, designed to enhance precision during gynecology procedures. This cutting-edge tool offers new possibilities in addressing fibroid tumors and other uterine conditions. Learn how this innovation is advancing healthcare science and potentially integrating with medical software for improved surgical outcomes.