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Increasing
prevalence of chronic wounds is a major factor driving the skin
ultrasound imaging systems market. Other factors anticipated to drive
the market include the rise in geriatric population, preference for
drug-eluting devices for ulcers, increase in number of domestic and
global players entering the market with new products and techniques,
leading to increase in funding for R&D of surgical procedures.
However, the ultrasound’s lateral resolution and mechanical motion
of transducers is projected to restrain the market during the
forecast period.
The
global skin ultrasound imaging systems market can be classified on
the basis of ergonomic type, application, end-user, and region. In
terms of ergonomic type, the market can be segmented into on-platform
and portable. In terms of application, the global skin ultrasound
imaging systems market can be classified into neonatology &
pediatrics, peripheral vascular, musculoskeletal, dermatology, and
others. The neonatology & pediatrics segment is projected to
account for a major share of the global skin ultrasound imaging
systems market during the forecast period due to the user-friendly
device, i.e., small design & structure usually used to visualize
the high resolution image. Rising demand for new technology for
detection of pressure ulcers, especially in emerging economies such
as China, Brazil, the UAE, and India, is also likely to boost the
skin ultrasound imaging systems market. In terms of end-user, the
market can be segmented into hospitals, diagnostic laboratories,
surgery clinics, ambulatory care centers, and others.
In
terms of region, the global
skin ultrasound imaging systems market can be segmented into
North America, Europe, Asia Pacific, Latin America, and Middle East &
Africa. North America is projected to dominate the global market
during the forecast period. According to Longport Inc., each year
more than 2.5 million people in the U.S. develop pressure ulcers. The
cost of treatment ranges from US$ 20,000 to US$ 150,000 according to
the wound type and severity of the ulcers. Hence, Longport Inc. has
introduced a high resolution ultrasound known as EPISCAN, which
produces images of about 40 microns. Furthermore, increasing
prevalence of diabetes and the rise in number of chronic wound
surgeries due to obesity and fatigue among the young population due
to unhealthy food habits especially in developing countries such as
China, Australia, and India, are likely to propel the skin ultrasound
imaging systems market in Asia Pacific. However, incidence of
diabetes, obesity, and other chronic wound surgery diseases is rising
in Asia Pacific due to increase in wound surgery, unhealthy food
habits, and a large geriatric patient population. This, in turn, is
anticipated to fuel the demand for cost-effective skin ultrasound
imaging systems devices. These factors are projected to drive the
skin ultrasound imaging systems market in Asia Pacific between 2017
and 2025.
Key
players operating in the global skin ultrasound imaging systems
market include Atys medical, Cortex Technology ApS, Courage+Khazaka
electronic GmbH, tpm taberna pro medicum GmbH, Longport Inc, and
Temena Group among others.
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