Rehabilitation robotics refers to a field of
science, which includes the development of robotic devices that are custom-made
for supporting the movement of different sensorimotor functions for instance
arm, leg, and ankle. It encompasses robots that help speed up the recovery of
patient suffering from movement disorder along with impaired physical
functioning. It is explicitly designed to provide support to patients with
disabilities.
According to study, “Europe
Rehabilitation Robotics Market 2018-2025 by Product Type (Exoskeletons,
MPC Prosthetics, Assistive Robots), Application (Stroke, Orthopedics, Others),
Body, Mobility and Country” the key companies operating in the Europe
rehabilitation robotics market are AlterG, Inc., Chas. A. Blatchford & Sons
Ltd. (Endolite), Assistive Innovations Corp., BionX Medical Technologies, Inc.,
Bionik Laboratories Corp., Freedom Innovations, LLC, Cyberdyne, Inc., Instead
Technologies Ltd., Ekso Bionics, Invacare Corporation, Focal Meditech, Kinova
Robotics, Hocoma, Otto Bock HealthCare GmbH, Myomo, Rehab-Robotics Company
Limited, Ossur, Teh Lin Prosthetic & Orthopaedic Inc., Parker Hannifin
Corporation, U.S. Bionics, Inc. (suitX), ReWalk Robotics Ltd., SynTouch LLC,
Rex Bionics Plc., Touch Bionics Inc. The key players are focusing on
incorporating the Internet of Things (IoT) with rehabilitation robotics to
support healthcare professionals deliver assessment & treatment to patients
over the internet. They are also investing in evolving lightweight variants,
making products accessible off-the-counter and video games to maximize patient
motivation and combining virtual reality (VR). This, coupled with the improving
healthcare infrastructure in several countries, is projected to rise the
adoption of rehabilitation robots in the coming years.
Based on product type, Europe rehabilitation
robotics market is segmented into therapeutic robots, exoskeletons and
assistive robots. The therapeutic robotic systems segment is anticipated to
grow significantly in the forecast period owing to numerous technological
innovations like adaptive programming, improved sensors, cloud technology, and
voice recognition that are being integrated in the robotic systems to make
these systems more efficient with higher utility. Based on therapy, market is
segmented into limb mobility, gait and others. Based on body function, market
is segmented into lower-extremity rehabilitation robots and upper-extremity
rehabilitation robots. Upper extremity rehabilitation robotic includes wrist,
arm, elbow and shoulder. Based on patient type, market is segmented into
pediatric and adult. Based on robot mobility, market is segmented as fixed-base
rehabilitation robots and mobile rehabilitation robots. In addition, based on
application, market is segmented into orthopedics, stroke, and others,
The Europe rehabilitation robotics market is
driven by introduction of custom-made implant products, followed by increase in
incidence of trauma/accidental injuries, favorable reimbursement for
rehabilitation robotics procedure, growth in focus on containment of healthcare
costs & distribution and rise in prevalence of lifestyle-related diseases
or disorders. However, lack of customization as per the situation of patient in
existing robots may impact the market. Moreover, high investment for research
and development (R&D) is a key opportunity for market.
It is estimated that the European
rehabilitation robotics market will reached at rapid pace due to rise in
adoption of microprocessor controlled (MPC) prosthetics, healthcare exoskeleton
systems, handicap assistive robots, and others to address disability &
amputation caused by stroke, orthopedic disorder and other diseases or
accidents in Europe.
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