Medical exoskeletons are robotic devices designed to be worn on the body and provide assistance to people with physical disabilities or impairments. They are typically used to assist with walking, climbing stairs, and reaching overhead tasks. Exoskeletons can also be used to improve posture, balance, and coordination.
Exoskeletons come in a variety of designs and can be powered by either electric motors or hydraulics. The exoskeleton is typically made up of rigid metal frames and joints, along with sensors and actuators that detect and respond to the user’s movements.
Exoskeletons are able to provide assistance to people with physical impairments by providing additional strength and stability. For example, a person with a mobility impairment may be able to walk with the support of an exoskeleton. The exoskeleton can provide additional support to the user’s legs, allowing them to walk with a more natural gait.
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Key Drivers
Medical Exoskeletons are robotic devices used to provide support and assistance to people with physical disabilities, as well as to enhance physical capabilities for military and industrial applications. They are becoming increasingly popular in the medical field, as they provide an efficient way to assist with mobility and rehabilitation. There are several key drivers that are driving the growth of the medical exoskeleton market.
First, the increasing prevalence of physical disabilities is a major factor driving the growth of the medical exoskeleton market. According to the World Health Organization, an estimated 15% of the global population is living with some form of physical disability, and this number is expected to increase as the population ages. As a result, the demand for medical exoskeletons to assist with mobility and rehabilitation is expected to grow.
Second, technological advancements are also driving the growth of the medical exoskeleton market. Advances in robotics, artificial intelligence, and sensors have enabled the development of more sophisticated exoskeletons, which can be tailored to meet the needs of the individual user. These exoskeletons are increasingly being used in clinical settings to assist with the rehabilitation of patients with physical disabilities.
Third, increasing investments in research and development are also driving the growth of the medical exoskeleton market. Companies are investing heavily in the development of new and improved exoskeletons, which are more efficient, comfortable, and effective. This is leading to a greater variety of exoskeletons available on the market, which is driving the growth of the market.
Fourth, government initiatives are also driving the growth of the medical exoskeleton market. Governments around the world are investing heavily in the development and use of exoskeletons for medical applications, such as rehabilitation and mobility assistance. This is leading to an increase in the availability of exoskeletons, which is driving the growth of the market.
Finally, increasing awareness of the benefits of medical exoskeletons is also driving the growth of the market. As more people become aware of the benefits of using exoskeletons for medical applications, the demand for these devices is expected to increase.
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Market Segments
The medical exoskeleton market is segmented by type of exoskeleton, mobility assistance level, end user, application, and region. By type of exoskeleton, the market is divided into powered exoskeleton, and passive exoskeleton. By mobility assistance level, the market is bifurcated into rehabilitation exoskeleton and assistive exoskeleton. By end user, the market is classified into hospitals, rehabilitation centers, home care settings, and research institution. By application, the market is bifurcated into spinal cord injury, stroke rehabilitation, musculoskeletal disorder, and neurological disorders. By region, the market is classified into North America, Europe, Asia-Pacific, and rest of the world.
Key Players
The global medical exoskeleton market report includes players such as Ekso Bionics (United States), ReWalk Robotics (Israel), CYBERDYNE Inc. (Japan), Parker Hannifin Corp. (United States), Bionik Laboratories Corp. (Canada), Rex Bionics Ltd. (United Kingdom), Hocoma AG (Switzerland), Ottobock SE & Co. KGaA (Germany), Myomo Inc. (United States), and Honda Motor Co., Ltd. (Japan).
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