"2023 Rehabilitation Robot Industry Research Report" released: RoboCT Leads the Exoskeleton Development
Release time:2023-03-24
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Recently, VcBeat and Eggshell Research Institute co-released the "2023 Rehabilitation Robot Industry Research Report". The report focuses on discussing the commercialization status and future trends of rehabilitation robots through in-depth exchanges with more than 16 companies and nearly 30 industry experts. In the context of aging, the national policy continues to support rehabilitation medicine. With the increase of resource investment from all parties, continuous innovation of technology and products, and the recovery of financing trends, the rehabilitation market is in the ascendant and will usher in high-speed compound growth in the future.
The development of domestic rehabilitation robots has ushered in a qualitative change in recent years, from imitation to innovation, and then to independent innovation. Rehabilitation and auxiliary products are becoming more intelligent and comfortable, and they are more diverse in application scenarios and business models. The release of the "2023 Rehabilitation Robot Industry Research Report" is of positive significance for promoting the development of the rehabilitation robot industry and building a new ecology of the rehabilitation and elderly care market.
As mentioned in the case study, RoboCT attaches great importance to its own advantages in independent intellectual property rights and building a complete exoskeleton supply chain system. For the technical development of intelligent rehabilitation robots, the core robot drive, sensing, and control technologies are dominant and determine the degree of future innovation and development. Compared with the same type of rehabilitation exoskeleton robots on the market, RoboCT's products also pay great attention to appearance design and digital support, which facilitates the creation of one-stop healthcare services and business expansions. More importantly, RoboCT would like to become the driving force for the development of exoskeletons.