Laiwo Medical | "Mirror" Exhibition Style · Xinjiang Neurosurgery New Technology Seminar
Publish Date: 2024/7/22
On July 19-20, 2024, the "2024 Xinjiang Neurosurgery New Technology Seminar and Wang Zhongcheng Medical Foundation Suitable Technology Promotion Border Tour" event was successfully held in Urumqi, jointly organized by the Neurosurgery Branch of the Beijing Medical Association and the Beijing Wang Zhongcheng Medical Foundation, and hosted by the Neurosurgery Department of the Xinjiang Uygur Autonomous Region People's Hospital. This event brought together experts and scholars in the field of neurosurgery in China to explore new advances and clinical applications in neurosurgery technology.
During the conference, experts gave special lectures on multiple core topics, including diagnosis and treatment strategies for neurosurgery and cerebrovascular diseases, innovative applications of endoscopic skull base technology, minimally invasive treatment of spinal cord and spine diseases, precise management of traumatic brain injury, comprehensive treatment of glioma, and cutting-edge nursing. At the same time, this seminar also specially set up two practical sessions: "Microscopic Skills Training" and "Neuroendoscopic Skills Training". Aim to combine theory with practice, further understand and promote advanced neuroendoscopic treatment techniques, and provide patients with higher quality and more accurate medical services.
Laiwo Medical participated in this conference with its product "Disposable Brain Traction Guidance Tube". This product is designed for craniotomy surgery for deep lesions in neurosurgery, making the surgery minimally invasive, establishing visual surgical channels, reducing brain tissue damage, and can be used in conjunction with technologies such as microscopy, neuroendoscopy, and neuro navigation.
In the future, Laiwo Medical will continue to move forward with a more determined pace on the road of neuroendoscopy technology, working hand in hand with industry colleagues to jointly create a new chapter in neuroendoscopic surgical technology.