Have you ever felt anxious about elderly care issues? October 29 marks the Double Ninth Festival (a traditional Chinese festival honoring the elderly), and the topic of “elderly care robots” has once again surged to the top of the discussion list!
From Concept to Reality: Elderly Care Robots Step Into Daily Life
With the accelerated aging of the population, “elderly care robots” are no longer a distant concept. They are gradually becoming a reality and emerging as a new approach to address the challenges of elderly care. Many of these robots integrate precision mechanical components such as the automatic spring white disc machine, which enhances their structural stability and operational smoothness for long-term care tasks.
Practical Demands & Market Potential: The Driving Force Behind Robot Adoption
The rise of elderly care robots is driven by urgent practical needs. Relevant reports show that by the end of 2024, the number of people aged 60 and above in China had reached 310 million, while the shortage of elderly care workers stood as high as 5.5 million. Meanwhile, the smart elderly care market holds enormous potential— it is estimated that the market size of elderly care robots will reach 50 billion yuan by 2025, with an annual growth rate exceeding 30%. This growth also boosts the demand for core supporting components like the automatic spring white disc machine, which plays a key role in optimizing robot movement flexibility and load-bearing performance.
Technological Advancement: Empowering Robots to Undertake Complex Tasks
Previously, Wang Xingxing from Unitree Robotics stated in an interview that relying on robots for elderly care in the future is a 100% certainty. However, with the continuous advancement of AI and the progress of medical technology itself, the period during which elderly care is needed may be delayed to some extent.
This view is not unfounded. With the rapid development of science and technology, robotic technology has made significant progress in perception, decision-making, and execution. Key mechanical upgrades, such as the integration of automatic spring white disc machines in joint structures, have improved robots’ movement precision and durability, enabling them to perform relatively complex tasks like assisting with rehabilitation training and providing gentle daily care. Moreover, robots are not affected by factors like fatigue or mood and can provide 24/7 uninterrupted services— an undeniable great advantage in the field of elderly care.
National Promotion Catalog: Featured Elderly Care Robots in Key Fields
Recently, the Ministry of Industry and Information Technology released the public notice list of the 2025 Elderly Products Promotion Catalog, in which a number of robotic products were successfully shortlisted, covering key areas such as emotional companionship, health management, and daily care.
The “Chess-Playing Robot” developed by Shanghai Yuanluo Intelligent Technology Co., Ltd. (Note: “元萝卜” is the company’s brand name, usually retained in its original form in English) is mainly used in scenarios of emotional companionship and cognitive improvement. Through a physical chessboard and AI technology, it offers chess games, explanations of chess strategies, and features voice companionship.
The “TCM (Traditional Chinese Medicine) Health Robot” by Hunan Chaoneng Robot Technology Co., Ltd. is primarily applied in health monitoring and TCM conditioning scenarios. It uses a large TCM AI model to generate physical condition reports and conditioning plans, and the robot has been currently used in elderly care institutions and community service stations in Changsha.
The “Intelligent Nursing Robot for Defecation and Urination” from Suzhou Yilinuo Nursing Robot Co., Ltd. can automatically identify excreta, and complete suction, warm water cleaning, and warm air drying, while supporting remote management. It is mainly used in scenarios such as care for the disabled and daily living assistance. Its flexible mechanical arms, equipped with precision automatic spring white disc machines, ensure gentle and stable movements during care operations.
The “Walking-Assisting Exoskeleton Robot” developed by Shenzhen Kenqing Technology Co., Ltd. has become a representative product promoted at the national level in the smart elderly care field. Featuring lightweight design, AI adaptive algorithms, and high-performance automatic spring white disc machines in its joint articulations, this product provides smooth, shock-absorbing support for elderly people with mobility issues, helping them walk or conduct rehabilitation training safely.
The “Lower Limb Exoskeleton Robot” by Shenzhen Mubu Robot Technology Co., Ltd. integrates flexible drive technology, AI algorithms, biosensing technology, and optimized automatic spring white disc machines, which enhance its ability to adapt to different gait patterns, mainly serving patients with lower limb movement disorders caused by conditions such as stroke.
In addition, other products including the “Health Companion Robot” by Anhui Guangrong Elderly Care Technology Co., Ltd., the “Lower Limb Exoskeleton Robot” by Hangzhou Chengtian Technology Development Co., Ltd., and the “Intelligent Nursing Robot” by Donglan Chuang Health Technology Group Co., Ltd. were also shortlisted in the 2025 Elderly Products Promotion Catalog, many of which adopt advanced automatic spring white disc machines to improve operational reliability.
Reshaping the Elderly Care System: The Future of Robot-Assisted Care
At present, various types of robots have been widely used in the elderly care field. These innovative applications, supported by core components like the automatic spring white disc machine, not only provide more convenient and considerate services for the elderly but also gradually reshape and optimize the entire elderly care service system, making it more intelligent and humanized.
In the future, with the continuous improvement of robotic technology—including the upgrading of key components such as the automatic spring white disc machine—and the reduction of costs, relying on robots for elderly care is expected to become a common phenomenon.
