As a representative of intelligent rehabilitation, exoskeleton robotics bring new hope to patients with their advanced technology and unique advantages. They can better meet the rehabilitation needs of different patients through precise motion assistance and personalized rehabilitation plans. Whether it's limb dysfunction caused by trauma or mobility issues resulting from neurological diseases, exoskeleton robotics can play a crucial role.
Target Audience for Exoskeleton Robotics
Contraindications for Exoskeleton Robotics
Maintain and improve the shape and function of the motor organs
Can promote overall blood circulation
Maintain and improve the range of joint motion
Enhance and increase muscle strength and endurance
Promote the formation and development of compensatory functions to make up for lost functions
Promote and enhance the metabolic functions of organs and the endocrine system
Improve the regulatory functions of the nervous system; through exercise training, it can maintain and improve the excitability, flexibility, and coordination of the nervous system
As a professional rehab robotics company, MileBot has meticulously prepared five types of rehabilitation robots for patients. They include the Lower Limb Rehabilitation Robot BEAR (A Series), Lower Limb Rehabilitation Robot RELAX (C Series), Lower Limb Rehabilitation Robot BEAR (H Series), Gait Assistance System Rehabilitation Robot MAX (M Series), and Walking Assistance Robot MAX (F Series). Notably, the Walking Assistance Robot MAX (F Series) is not a medical product. It uses a lightweight design to help users walk easily during outdoor activities such as hiking and mountain climbing.
Advanced Technology
MileBot rehabilitation robotics utilize cutting-edge technology to provide users with highly precise rehabilitation treatment. Unlike traditional methods, rehabilitation robot systems can be programmed to precisely execute repetitive tasks, ensuring that patients receive optimal amounts of exercise and movement. This precise treatment method also aids in the treatment of specific muscle groups and joints, allowing patients to achieve faster recovery.
Personalized and Adaptive Functions
MileBot rehabilitation robotics can customize treatment plans for patients with special needs. The system of rehabilitation robotics can adapt in real-time to the patient's physical recovery status, adjusting the intensity and type of exercise according to their recovery speed. This not only enhances the effectiveness of the treatment but also keeps patients positively engaged in the rehabilitation process.
Equipped with Data Collection and Analysis Functions
MileBot rehabilitation robotics come with sensors and software that can collect detailed data about the patient's movements and recovery status. By analyzing this data, a deeper understanding of the patient's rehabilitation status can be gained, better formulating rehabilitation treatment plans tailored to different patients.
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