Robotic nurses act as portals where remote doctors can communicate with their patients. Some tasks these robot nurses perform for their human counterparts include assisting with daily tasks, communicating with patients, monitoring patients, and accessing medical records. Machines like these also help alleviate the strain on medical staff in countries with a shortage of doctors and nurses. As a result, robotic nursing aides provide fundamental benefits related to safe patient lifting that are on par with those gained from conventional techniques, such as decreased clinician workplace injuries, worker's compensation payments, and missed work time.
Improvements in software development practices and the introduction of cutting-edge visual and motion systems have led to a proliferation of unique robotic architectures. The modern robotic lab helper can find that vessel and draw blood painlessly. Robots in the pharmaceutical industry can also handle drug preparation and dosing. Larger facilities often employ robotic carts with lifts and automatic doors to move supplies like food and linens between stories. This factor fuels the growth of the market for robotic nurse assistants.
Furthermore, robots are reshaping how surgeries are conducted, making delivering supplies and sterilizing equipment easier while freeing staff to focus on patient interaction. For instance, Intel provides various tools for creating medical robots, such as those that can help during surgery, be built modularly, and operate independently.
The market is expected to grow due to technological developments, increased funding for research into healthcare robots, and an increase in the use of AI in healthcare. The technology sector expanded by more than 41% in 2015, according to the International Federation of Robotics (IFR), but robot sales increased by 15% to 253,748 units. One of the primary factors propelling the robotic nurse assistant market is the growing elderly population. Researchers created robotic nurse assistants to lower the high patient-to-nurse ratio and other problems like a lack of qualified employees and time constraints for patient monitoring.
Furthermore, thanks to significant advancements in software programming methodologies and fresh vision and motion systems, the variety of robotic systems is expanding quickly. The brand-new robotic lab assistant can easily and fearlessly locate that vessel and collect a blood sample. Pharmaceutical lab robots can also prepare and dispense medication. Robotic carts are used in larger installations to transport food and linens from floor to floor, using elevators and automatic doors.
North America is the most significant global robotic nurse assistant market shareholder. In 2022, the region had the highest revenue share at 44.68%. This is a result of the area's growing senior population. The World Health Organization (WHO) predicted that the population of people 65 and older would rise from 727 million in 2020 to nearly 1.5 billion in 2050, based on data from the National Institute on Aging in the United States. The market for robotic nurse assistants is expanding due to the rising demand for effective and affordable medical care brought on by the aging population.
The key players in the global robotic nurse assistant market are Hstar Technologies, Diligent Robotics, Toyota Motor Corporation, RIKEN-SRK, SoftBank Robotics, Panasonic, Fraunhofer IPA, Aethon, and others.