Increasing Research and Development Activities to Augment the Intelligent Prosthetic Market Growth
Intelligent prosthetics are motorized, partially synthetic or fully synthetic limbs that can be used by individuals with certain physical impairments. Most individuals who suffer from some form of physical impairment or loss of limbs utilize artificial prosthetics which replace their lost body parts. These extensions usually utilize a blend of human muscle and specialized mechanical devices to manipulate and move as a replacement limb.
Intelligent prosthetic limbs can be controlled via a series
of hand movements, touch, and other movements normally associated with natural
movement. Although these limbs do not yet have all the functions of a real
limb, they do provide the missing body part users with the ability to perform
the tasks they would otherwise be unable to.
Market Dynamics:
Increasing number of
road accidents and trauma injuries,
increasing prevalence of vascular disease, and growing prevalence of chronic
and surgical wounds is expected to propel the intelligent prosthetic market growth. For instance, according to the
Amputee Coalition of American, around
2 million people living with limb loss in the United States. The main causes
are vascular disease, such as diabetes and peripheral arterial disease, trauma,
and cancer.
Increasing research and development activities and technological
advancements, such as the use of arterial intelligence and machine learning,
are also expected to augment the growth of the intelligent prosthetic market.
For instance, in September 2019, researchers from Ecole polytechnique federale
de Lausanne (Swiss Federal Institute of Technology Lausanne) research institute
in Switzerland developed a prosthetic hand that uses artificial intelligence to
adapt to the user’s finger movement.
North America and Europe are expected to witness robust
growth in the intelligent prosthetic market due to increasing research and
development activities and technological advancements in the region. For
instance, in November 2019, the University of Utah, United States, developed a
prototype of leg prosthetics that can anticipate and respond to the actions of
its users, providing a very natural walking gait, improving the overall
balance, and walking power.
Competitive Analysis:
Major players operating in the intelligent prosthetic market
are US Bionics, Inc., Ekso Bionics Holdings Inc., Open Bionics, Touch Bionics,
Intelligent Prosthetic Systems, LLC, and Blatchford.
In November 2020, Exactech launched its Active Intelligence
platform of technologies to expand its smart technology portfolio to better connect
surgeons and patients with personalized, data-driven tools. Moreover, in August
2020, Ekso Bionics unveiled EVO, an endurance-boosting assistive upper body
exoskeleton that alleviates the burden of repetitive work.
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