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       From July 26 to 28, 2024, the "Huizhikang · Brain Hemorrhage Minimally Invasive Treatment New Technology Practical Training Class" was held in Beijing, hosted by Beijing Huizhikang Technology Co., Ltd. and Beijing Huizhikang · Brain Hemorrhage Clinical Research Counseling and Training Center, co organized by the Stroke Treatment and Rehabilitation Care Professional Committee of the China Life Care Association, and mainly taught by Professor Xu Yongge, former director of the Endoscopic Neurosurgery Department of the Bayi Brain Hospital affiliated to the Beijing Military Region General Hospital.

       This training course focuses on two cutting-edge medical fields that lead the development of neurosurgery: "3D printed cranial precise positioning technology" and "minimally invasive endoscopic intracerebral hematoma removal technology". Intended to comprehensively enhance the precision and innovation abilities of neurosurgeons in complex surgeries through systematic learning and practical exercises. Professor Xu Yongge personally taught in the training class, not only imparting his original Xu Yongge ? The 3D printed brain precise positioning and navigation technology, as well as in-depth analysis of two cutting-edge minimally invasive intracranial hematoma removal techniques, provide valuable academic guidance and practical experience for students.

        In addition, in order to enable students to grasp the essence of the technology more intuitively, the training course has specially set up a realistic model full process surgical operation training session. This measure aims to simulate real surgical scenarios, allowing students to practice repeatedly in practice, deepen their understanding, and quickly transform theoretical knowledge into practical operational skills.

        In this training class, Levo Medical showcased its star product "Disposable Brain Traction Guidance Tube" and received widespread praise from attendees. This product is made of medical transparent and polymer materials imported from Germany, which can effectively replace traditional brain retractors and provide more accurate and safe surgical channels and clear vision for neurosurgery. Its unique design makes the surgical process more minimally invasive, greatly reducing the risk of surgical complications and providing patients with a better quality medical service experience.

       The successful holding of this training course not only provides a platform for neurosurgeons to learn, exchange and progress together, but also further promotes the innovative development of neurosurgery technology in China. In the future, Laiwo Medical will continue to uphold the development concept of innovation, cooperation, and win-win, and work hand in hand with industry colleagues to contribute to the progress of neurosurgery.