Vinmec Launches Vietnam's First Integrated High-Tech Robotic Surgery Network
Vinmec Healthcare System has launched Vietnam's first multi-connected robotic surgery ecosystem, integrating advanced robotic platforms across multiple specialties and hospitals to expand access to precision surgery.
Vinmec Healthcare System today officially launched its nationwide network of High-Tech Robotic Surgery Centers, establishing the country's first integrated robotic surgery ecosystem. This initiative connects multiple specialties, hospitals, and global technology partners to expand access to cutting-edge surgical care for patients across Vietnam.
The network's defining feature is its multi-connected robotic surgery ecosystem, which integrates world-leading robotic technologies across Vinmec hospitals. Vinmec Times City International Hospital serves as the clinical coordination hub, linking centers at Vinmec Smart City, Vinmec Da Nang, Vinmec Central Park, Vinmec Can Tho, and other locations.
For general surgery, Vinmec operates three leading robotic platforms: the Da Vinci Xi at Vinmec Times City, the Hugo RAS at Vinmec Da Nang and Vinmec Central Park, and the Toumai MT-1000 at Vinmec Smart City and Vinmec Can Tho. These technologies enable surgeons to access deep anatomical structures and perform precise procedures. Notably, the Toumai MT-1000 introduces 5G-enabled remote robotic surgery capability, laying the foundation for connected healthcare delivery.
In orthopedic surgery, Vinmec has deployed next-generation joint replacement robots, including the ROSA at Vinmec Smart City, the MISSO at Vinmec Times City and Vinmec Can Tho, and the CORI across Vinmec Ocean Park 2, Hai Phong, Da Nang, Central Park, Phu Quoc, and Nha Trang. These technologies enable personalized surgical planning with millimeter-level precision.
For neurosurgery and spine surgery, Vinmec has integrated the StealthStation S8, Mazor X Stealth Edition robotic guidance system, and the O-arm with StealthStation O2 imaging platform at Vinmec Smart City and Vinmec Da Nang. This suite provides real-time navigation and intraoperative imaging to improve procedural safety.
Vinmec also developed a "3-in-1" robotic surgery model built on Personalization, Automation, and Standardization. Each patient receives an individualized treatment plan through preoperative 3D reconstruction and AI-enabled robotic assistance, following internationally recognized standards.
To support the network, Vinmec has trained a multidisciplinary team of specialists through rigorous certification programs. Additionally, Vinmec announced the Robotic Surgery Patient Support Fund, backed by nearly VND 300 billion from Vingroup, to reduce financial barriers for patients.
Prof. Tran Van Thuan, MD, PhD, Deputy Minister of Health, praised Vinmec's vision of building a comprehensive ecosystem encompassing clinical care, education, research, and technology transfer. Prof. Tran Trung Dung, MD, PhD, CEO of Vinmec Healthcare System, stated that the network aims to provide Vietnamese patients access to advanced surgical innovations and position Vietnam as a regional destination for high-tech healthcare.
According to Assoc. Prof. Pham Van Binh, MD, PhD, Director of the Vinmec High-Tech Robotic Surgery Network, the centers aim to transform technology into sustainable clinical excellence by establishing an academic institution for robotic surgery that integrates clinical practice, training, and research.
The launch represents a significant step in accelerating Vietnam's transition toward precision, personalized surgery, laying the foundation for the country to emerge as a regional hub for robotic surgery in Southeast Asia.