Workflow
程天科技系列下肢外骨骼步行康复器
icon
Search documents
“人体新器官” 外骨骼机器人走进大众生活
Core Insights - The emergence of exoskeleton robots is transforming various sectors, including outdoor activities, daily labor, and medical rehabilitation, serving as a new "organ" for humans to overcome physical limitations [1] Company Overview - Cheng Tian Technology has launched a consumer-grade exoskeleton robot priced at 2500 yuan, which sold out within 15 seconds, indicating strong market demand [2] - The product is designed for elderly assistance and outdoor activities, utilizing lightweight carbon fiber materials and a bionic structure that does not require a power source [2] - The co-founder of Cheng Tian Technology, Zhang Jiyu, emphasized that the introduction of affordable exoskeletons will redefine human-machine interaction and unlock broader commercial potential [2] Industry Applications - Exoskeleton robots are currently used in over 700 rehabilitation and assistance institutions across China, with more than 658,000 cumulative uses, targeting patients with spinal injuries, strokes, and lower limb disabilities [3] - The future focus of exoskeleton robots will be on medical rehabilitation, industrial logistics, and consumer-level human function enhancement, maintaining a design philosophy centered on human needs [3] Market Potential - According to Grand View Research, the global exoskeleton market is projected to reach 6.8 billion USD by 2030, with the medical rehabilitation sector accounting for over 50% of the market share [4] - In China, the demand for rehabilitation services is significantly higher compared to developed countries, with a notable gap in rehabilitation therapists and hospital beds [5] - The increasing awareness of rehabilitation and elderly care, along with rising disposable incomes, is expected to create a market worth nearly 100 billion yuan for B2B and trillions for B2C in rehabilitation services [5] Competitive Advantages - Exoskeleton technology is currently more mature than humanoid robots, with clearer application scenarios and faster technological iterations due to its simpler structure [6][7] - The cost advantages of exoskeletons stem from their focused functionality and lower complexity in components, making them easier to mass-produce [7] - The aging population and the need to reduce workplace injuries in industrial sectors create favorable conditions for the widespread adoption of exoskeleton technology [7]