The global nursing robots market is projected to grow at a CAGR of 21.69% to reach US$1,586.463 million by 2024, from US$488.484 million in 2018. Robotics in healthcare, with emphasis on nursing, is a lucrative market as it is attracting a lot of attention from researchers as well as investors. The nursing industry worldwide is facing some challenges with respect to the high patient to nurse ratios, lack of skilled and experienced staff and insufficient time resources to monitor patients. It is these factors which have led researchers and healthcare industry experts to venture into nursing robotics as these tend to offer an innovative and efficient solution for the above-mentioned challenges faced by the nursing sector. Nursing robots or robotic nurse assistants, as sometimes they are called, also tend to enhance the working conditions of nurses and reduce their monotonous workload.
Technological advancements and growing research in the field of healthcare robotics, increasing deployment of automation and Artificial Intelligence in healthcare as well as a rapidly growing aging population are the key drivers that are expected to boost the market demand for nursing robots during the forecast period. Factors like high purchase and maintenance costs of robotic systems along with safety concerns for nurses as well as patients are restraining the market growth for nursing robots. Extensive research and innovation in healthcare, such as augmented and virtual reality, and use of big data and AI for health monitoring, along with cost-reduction pressures on the healthcare industry are likely to provide opportunities for greater use of robotics in the nursing sector.
Geographically, Japan currently stands as the leading manufacturer in nursing robots market due to the country’s need to compensate for a rapidly growing elderly population and a declining number of skilled workforce to provide care for them. North America, Japan, and Europe are expected to be major markets in the upcoming years as far as nursing robots are concerned, followed by the rest of Asia Pacific. It is mostly factors like customers’ willingness to pay, aging population requiring care and cutting-edge research in technology which are responsible for the geographical distribution of market share for nursing robots.
Technological advancements and growing R&D in healthcare robotics.
Increasing deployment of AI and automation in healthcare solutions.
A rapidly aging population that needs care, especially in developed economies.
High costs of robotics systems
Safety concerns for nurses as well as patients
RIKEN-TRI (Japan) developed RIBA, the next generation caregiving robot.
GiraffPlus, a state-of-the-art telepresence patient care robot developed in Europe
Georgia Tech Healthcare Robotics Lab developed a humanoid called Cody, a robotic nurse to assist people with disabilities.
Care-O-Bot 4, a mobile robot assistant to actively support humans in various applications including healthcare, developed by the Fraunhofer Institute for Manufacturing Engineering and Automation.
In a pan-European strategic effort to break down barriers around collaborative robot safety, five Research and Technology Organizations across Europe have teamed up in a new initiative funded by the EU called COVR.
Bart Versluys, a real estate developer, supports the worldwide growth of Zora bots and becomes a new shareholder of the company.
A robot created by Washington State University scientists could help elderly people with dementia and other limitations live independently in their own homes.
The EU-funded project CARESSES has set out to build the first ever culturally competent robots to care for the elderly.
The Nursing Robots Market has been analyzed through the following segments:
Independent home care
By Population Split
Middle East and Africa