UGO Rehabilitation Exoskeleton (Medical Use)
UGO is designed for patients with lower limb motor dysfunction resulting from spinal cord injury, lower limb myasthenia, or other neurological conditions. It is mainly used in hospitals’ rehabilitation departments and medical institutions to help with patients’ ambulatory pieces training.
KidGo Children’s Exoskeleton (Medical Use)
KidGo is specially designed for children’s rehabilitation. Through game-like interactions, it guides children to have repetitive gait training. Enhance children’s ability to walk independently on their lower limbs, thus achieving the effect of overall rehabilitation.
URA Bedside Exoskeleton (Medical Use)
URA is suitable for post-operative rehabilitation of the lower limb, especially when after joint replacement operations. URA applies to lower-limb rehabilitation in sitting and lying positions. Through repetitive lower limb joint movement training, it solves problems such as joint stiffness and adhesions while promoting blood and lymphatic circulation, as well as body tissue repair.
UFU Stand-Assisting Robot (Medical Use)
UFU is suitable for people with spinal cord injury, brain lesions, neurological diseases, myasthenia, and major post-operative patients who are unable to stand ad walk normally. It helps users with daily self-care such as position transfer, standing training, and urinary and fecal problems. The exoskeleton can be equipped with oxygen bottles, infusion bottles, and other auxiliary medical apparatus to facilitate its use in medical scenarios.
RoboCT's rehabilitation cloud platform is supported by rehabilitation big data and promotes the realization of remote rehabilitation guidance through the establishment of rehabilitation knowledge graphs. The rehabilitation cloud platform can cover medical and healthcare institutions, physicians, therapists, and users. It can monitor and display users' daily living abilities and compare active and passive training changes, equipment deployment, and activity status in real time. The safety and effectiveness of rehabilitation equipment, the professional standards of rehabilitation treatment, and the overall quality of rehabilitation services will continue to enrich the rehabilitation cloud platform of RoboCT and provide users with professional one-stop rehabilitation services.
Integrated with high-precision sensors, it can accurately identify the user's tiny movement, and cooperate with gamified rehabilitation training courses to allow users to experience immersive home rehabilitation training, covering upper limbs, lower limbs, hands, speech, and cognitive training, and accurately replicating the treatment techniques of rehabilitation practitioners, improve user compliance.
Rehabilitation Intelligence Evaluation System
Using machine vision, smart wearable products, and artificial intelligence algorithms, it can generate rich rehabilitation assessment reports for users, covering important quantitative reports such as gait assessment, isokinetic muscle strength, joint range of motion, and risk of falls, visually displaying the effect and progress of rehabilitation, and formulate rehabilitation training programs for vulnerable environments.
Based on the development and application of the rehabilitation cloud platform, remote rehabilitation guidance can realize work including rehabilitation assessment, rehabilitation treatment, monitoring, prevention, rehabilitation education, and rehabilitation consultation. Online Rehabilitation is an important part of implementing the hierarchical diagnosis and treatment system and improving the construction of the three-level medical rehabilitation system. People in need of rehabilitation can also undergo synchronous rehabilitation with professional rehabilitation therapists at home in the community, popularize rehabilitation treatment, and realize individualized rehabilitation. Rehabilitation operations can still be carried out in the context of epidemics such as new coronary pneumonia.