Robotic Rehabilitation Device are completely automatic processes, using a motor or microprocessor technology using software. Rehab robotic vendors have been set up to prepare a recurring process that helps people improve their physical well-being with robots, without robots to improve them further. Reducing the cost of upgrading facilities makes the rehab more affordable and hence improve due to overtime or decrease in boredom.
Robotic rehabilitation device use automatic procedures to motivate patients and improve their motor capacity. Motors are used to run continuous speed machines to create a SPP tone. Progress in robotics and bionic helps doctors to diagnose more precisely Increase the clinic capacity and reach more patients. Robotic physiotherapy technology improves patient engagement and adherence to the HEP. In turn, a good patient experience goes to improved results.
Rehabilitation robot market size at $221.4 million in 2015 is expected grow dramatically to reach $1.1 billion by 2022.
As per report research study it has shown that stroke is able to rejuvenate the neurological pathways to activate the brain, activating it in repeated activities. In this way patients who have lost functions have been able to return the movement. Here may be awareness and movement of Hemi-abnormal organs and even after a few years of brain injury, functional recovery can occur. Most of the brain damage comes from the absence of oxygen, even a little bit of oxygen is harmful to the brain. The ability to recover is a process, sometime so that robotic therapy can help.
As the patient gets stronger and more coordinated, a therapist can help the robot to bear more weight and move in different directions, move, lobbying, or move the lungs along one side to catch someone. Robot can easily follow the strength of patients as Ballroom dancers, until the patient starts to drop and is almost unknowingly until it stops hurting. In the later stages of physical therapy, robots can move forward to help in finding the remaining patients correctly.
Rehabilitation robots can show progress of patients and can continue to progress, encourage patients to be healthy. The independent procedure of patients depends on the intensity of the cure, on work-specific exercises, the active motions of movement and the motivation and feedback. Rehabilitation robots can perform these tasks in many ways.
The report provides a complete understanding the factors that drive “Rehabilitation Robots” market, the report analysis various prime factors such Market Trends (Drivers, Constraints, Opportunities, Threats, Challenges, Investment Opportunities, and recommendations), what will market size as per foresight. Help to understand what will market share as per region wise, country wise, and key vendor wise. Complete details about all leading vendors in the market there financial status and market demand.
The report covers major players which are AlterG, InMotion Robots Hocoma, Ekso Bionics, Chatanoonga, Myomo, Hocoma, Patterson, BioNik / Interactive Motion Technologies (IMT).
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