Medtronic Announces AiBLE™ Digital Intelligence Neurosurgical Solution in China

Medtronic announces Stealth Autoguide™ cranial robotic guidance platform in China and unveils AiBLE™ Digital Intelligence Neurosurgical Solution.
The Stealth Autoguide™ neurosurgical robot not only redefines neurosurgical robots through the three dimensions of smartness, compactness, full visibility, and seamless integration, but also completes Medtronic’s AiBLE™ Digital Intelligence Neurosurgical Solution.
The AiBLE™ Digital Intelligence Neurosurgical Solution, which includes Stealth Autoguide™, features three major characteristics: interconnection, synergy and openness. It enables data interconnection among intelligent devices within the Solution, integrating diagnosis, treatment and review, and provides a one-stop data system for neurosurgery to assist in decision-making. On this basis, the synergy between various devices within the ecosystem seeks to maximise their respective advantages while breaking the limitations of the original equipment silos, achieving 1+1>2, and building a personalised technology platform for different subspecialty diseases and procedures to meet the needs of different subspecialty surgeries. In addition, it is openly compatible with commonly used neurosurgical intelligent devices such as microscope, endoscope, ultrasound, CT, MR, electrophysiology, etc., so that multiple data fusion can guide the implementation of surgery, and it also provides more possibilities for the future development of the AiBLE™ Digital Intelligence Neurosurgical Solution, which links products, services, industry, academia, research, medicine and upstream and downstream partners.
At the conference, guests discussed and exchanged views on the current opportunities and pain points in the field of neurosurgery, cutting-edge trends in the industry, and the value of the Digital Intelligence Surgical Ecosystem Solution. They include: Prof Ying Mao, President of Huashan Hospital of Fudan University; Prof Stefan Wolfsberger, Medical University of Graz, Austria; Prof Yanbing Yu, Director of Neurosurgery Department of China-Japan Friendship Hospital; Xinru Xiao, Professor of Neurosurgery Department of Xuanwu Hospital of Capital Medical University; and Ms. Jing Yu, Vice President of Medtronic and General Manager of Orthopaedics and Neurosurgery Group of Medtronic China.

Neuroscience is moving into the era of digital intelligence, which will further unleash the unlimited potential of digitalisation and intelligence in medical scenarios, and give neurosurgery a brand new opportunity for development. The innovation and iteration of digital-intelligent devices will also empower precision neurosurgery to move into a new era.

Medtronic will continue to work hard on digital intelligence neurosurgery, further enriching digital healthcare solutions and expanding ecological boundaries with partners to create a new chapter in the high-quality development of digital intelligence neurosurgery.
The post is available in: English – 简体中文
