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People are getting a second chance to overcome disability issues because of technological advancements in the robotic rehabilitation and assistive technologies market. Robotics technology is not only making life simpler for disabled and elderly individuals, but it is also boosting their physiological functions.
Well-designed technology to produce care and companionship robots, as well as assistive speech technology systems, is driving the robotic rehabilitation and assistive technologies market. As a result, stakeholders are doing research and development to determine how assistive robots can effectively support impaired patients, and they are collaborating to develop unique assistive robot technologies that address disabled people's issues.
Similarly, stakeholders are working on robotic trousers that would allow crippled persons to walk normally again. These robotic trousers were created by integrating soft artificial muscles with electric conditioning to trigger movement like standing up. Assistive trousers with functional electrical stimulation (FES) technology are used to improve the body functionality of disabled patients. FES technology releases electrical impulses over the muscles to establish communication between the brain and muscles, resulting in direct commands to the muscles to move or contract.
The efficiency of a robotic arm that works as a self-help mobile rehabilitation of the upper limb in stroke patients was designed and assessed by Hong Kong Polytechnic University. Because rehabilitation robots account for 43% of the global market for robotic rehabilitation and assistive technology, players are working on small, lightweight devices to help patients complete extensive self-help rehabilitation activities after they leave the hospital.
Stroke is one of the most common causes of impairment in people all over the world. Due to the overwhelming demand for rehabilitation services, stakeholders in the robotic rehabilitation and assistive technologies landscape have noticed an increase in demand for mobile rehabilitation robots, as patients must wait for long periods of time to get an appointment for rehabilitation training. As a result, the robotic arm represents a first-of-its-kind invention in the field of robotic rehabilitation and assistive technologies, combining an exoskeleton with soft robot and exo-nerve stimulation technology.
New technical advancements in personal mobility and robot suits for elderly patients with disabilities are being developed by stakeholders. However, there are several limits in the robotic rehabilitation and assistive technologies market and assistive technology scene.
Reduced cognitive capability in older patients makes it difficult to judge the appropriate usage of robot suits, which is one of the primary issues in the robotic rehabilitation and assistive technologies environment. Stakeholders face issues from the potential of collisions caused by uncertainty while operating cars, as well as chaotic variations in low-base flooring and other structural processes. Supporting monoaxial joint mobility in the knees and ankles is another challenge.
As a result, stakeholders in the robotic rehabilitation and assistive technologies market landscape must develop compact robot suits with lightweight motor and sensory modalities that minimise movement restrictions, reduce cognitive load on patients, and generate information processing to enable prediction of intention in order to achieve sustainable product development. Stakeholders should also concentrate on constructing robot suits that combine social science and medical engineering skills.
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