Foxconn Robotics in Healthcare: Global Expansion
- As the global healthcare system braces for a projected shortage of 4.5 million nurses by 2030, Taiwan is turning to robotic and AI solutions to alleviate the strain.
- Nurabot, a collaborative nursing robot, is designed to handle time-consuming and physically demanding tasks, such as transporting medications and samples.
- Hospitals such as Taichung Veterans General Hospital (TCVGH), Baishatun Tung Hospital – Mazu hospital, and Cardinal Tien Hospital are implementing these smart hospital solutions to support clinicians and...
As the global nursing shortage looms, with a predicted 4.5 million shortfall by 2030,Foxconn Robotics is stepping up to assist. Their innovative Nurabot, designed to handle tasks like medication transport, is already at work in Taiwan hospitals, helping nurses focus on critical patient care. This strategic move is part of a broader initiative, utilizing AI-driven smart solutions to transform healthcare operations and enhance patient outcomes. News Directory 3 follows the story as Foxconn expands its smart hospital applications, including AI models for patient health monitoring and digital twins. Discover what’s next as Foxconn aims to deploy these technologies globally, reshaping the future of healthcare.
Foxconn Robots Assist nurses Amid Healthcare Staffing Shortages
updated May 28, 2025
As the global healthcare system braces for a projected shortage of 4.5 million nurses by 2030, Taiwan is turning to robotic and AI solutions to alleviate the strain. Manufacturing giant Foxconn is deploying its NVIDIA-accelerated Nurabot and other smart hospital applications in leading Taiwanese medical centers.
Nurabot, a collaborative nursing robot, is designed to handle time-consuming and physically demanding tasks, such as transporting medications and samples. this allows nurses to focus on more critical aspects of patient care. Foxconn’s suite of tools also includes AI models for patient health monitoring and digital twins of hospital facilities, aiding management in design and planning.
Hospitals such as Taichung Veterans General Hospital (TCVGH), Baishatun Tung Hospital – Mazu hospital, and Cardinal Tien Hospital are implementing these smart hospital solutions to support clinicians and improve patient outcomes. These applications leverage NVIDIA’s physical AI and its three-computer solution: AI model training on supercomputers,digital twin simulations for planning and training,and edge computing systems for rapid AI inference.
Shu-Fang Liu, deputy director of nursing at TCVGH, noted that Taiwan’s advanced healthcare infrastructure and push for digital change create an ideal environment for robotic integration. She added that robots are enhancing their capabilities, enabling more focused and meaningful patient care.
TCVGH, recognized as a top smart hospital, is actively developing solutions to address Taiwan’s nursing shortage. Superintendent Dr. Yun-Ching Fu said that in addition to welfare policies, the hospital is using AI technology to ease the burden on frontline staff. TCVGH began collaborating with Foxconn last year to co-develop Nurabot as part of its smart healthcare initiative, led by Dr. Shih-An Chen.
Foxconn’s smart hospital approach starts in the data center, where high-performance computing is used to develop large AI foundation models like FoxBrain. This large language model (LLM), built using the NVIDIA NeMo framework and trained on NVIDIA Hopper GPUs, offers text-to-speech, speech recognition, and natural language processing capabilities.
The company also utilizes its Honhai Super AI Computing Center 1, featuring NVIDIA DGX systems, to create healthcare-specific AI models. These models, offered through Foxconn’s CoDoctor AI platform and powered by NVIDIA AI, enhance diagnostic accuracy and streamline clinical workflows for tasks like retinal imaging, vital sign monitoring, arrhythmia screening, and cancer screening.
What’s next
Foxconn plans to expand its smart hospital solutions to other healthcare facilities in Taiwan and potentially worldwide, aiming to further alleviate the strain on healthcare professionals and improve patient care through advanced technology.