Hyperextension Orthotic Kit Market to Grow by the Spinal Orthopedic Kit Segment through 2028
Increasing cases of scoliosis
and advancement in orthosis designing is expected to drive the global
hyperextension orthotic kit market growth in the forecast period, 2024-2028.
According to TechSci Research
report, “Global Hyperextension Orthotic Kit Market - Industry
Size, Share, Trends, Competition, Forecast and Opportunities, 2018-2028”,
the global hyperextension orthotic kit market is anticipated to grow with a
high CAGR in the forecast period, 2024-2028. The growth of the market can be
attributed to the factors like increasing incidence of knee injuries, growing
awareness of the benefits of orthotic devices, technological advancements in
orthotic materials and design, an aging population, and competitive pricing.
Knee injuries, such as ligament tears and cartilage damage, are becoming more
common due to an aging population around the globe and an increase in physical
activity levels. The need for hyperextension orthotic kits to manage and
prevent knee injuries is therefore increasing. There is also a growing
awareness of the benefits of orthotic devices in managing knee injuries and
chronic knee pain. Orthotic devices can help reduce pain, improve joint
stability, and prevent further injury, which is driving demand for
hyperextension orthotic kits.
Hyperextension orthotic kits are
also used to manage knee arthritis, which is a common condition that causes
joint pain and stiffness. These devices can help to reduce pain and improve
joint function by providing support and reducing the load on the knee joint. After
knee surgery, such as a knee replacement or ligament reconstruction,
hyperextension orthotic kits can be used to support and protect the knee during
the healing process. These devices can help to reduce pain and inflammation and
provide support and stability to the knee during rehabilitation. Hyperextension
orthotic kits can also be used to manage osteoarthritis, which is a
degenerative joint disease that causes joint pain and stiffness. These devices
can help to reduce pain and improve joint function by providing support and
reducing the load on the knee joint. Hyperextension orthotic kits can be used
to manage knee instability, which is a condition where the knee joint is
unstable and weak due to osteoporosis. These devices can help to improve joint stability
and prevent falls or further injury which is making the use of hyperextension
orthotic kits a better option of treatment where surgeries can’t be performed.
As the population ages, the
prevalence of knee injuries and chronic knee pain is expected to increase. This
is driving demand for hyperextension orthotic kits, which can help manage knee
pain and prevent injury in older adults. As the market for hyperextension
orthotic kits has grown, competition has increased, leading to more competitive
pricing. This has made hyperextension orthotic kits more accessible to a wider
range of consumers, driving demand for these devices.
Technological advancements in
orthotic materials and design are making hyperextension orthotic kits more
comfortable, durable, and effective. Some kits use lightweight and breathable
materials that improve comfort, while others use advanced hinge designs that
provide more precise joint control. Powered exoskeletons which are wearable
robotic devices that allow people with spinal cord injuries to stand up and
walk. These devices use sensors and motors to move the patient’s legs and
provide support, making it possible to perform activities of daily living and
participate in social activities. Technological advancements in hyperextension
orthotic kits have led to significant improvements in their design, materials,
and functionality. These advancements have made hyperextension orthotic kits
more comfortable, effective, and efficient in managing knee injuries and spinal
cord injuries. 3D printing technology has revolutionized the design and
manufacturing process of hyperextension orthotic kits. With 3D printing,
orthotic devices can be customized to fit the patient's individual anatomy,
leading to better comfort and efficacy. The use of lightweight and breathable
materials, such as neoprene and Lycra, has improved the comfort and
breathability of hyperextension orthotic kits. These materials allow for better
ventilation, which reduces the risk of skin irritation and other discomforts. Advanced
materials, such as carbon fiber and titanium, are lightweight and durable,
making them ideal for use in hyperextension orthotic kits for spinal cord
injuries. These materials provide the necessary support and stability while
minimizing weight and bulkiness.
Advanced hinge designs provide
more precise joint control, which is critical in managing knee injuries and
chronic knee pain. These hinges allow for adjustable range of motion and can be
locked into place to provide stability and support. The development of smart
orthotic devices, which incorporate sensors and other technologies, has allowed
for real-time monitoring of joint movement and alignment. This information can
be used to track progress during rehabilitation or to adjust treatment plans. Telehealth
and remote monitoring technologies have also made it possible for healthcare
providers to monitor patients with spinal cord injuries from a distance. This
allows for more frequent monitoring and adjustment of treatment plans, leading
to better outcomes.
Hyperextension orthotic kits
provide a non-surgical treatment option for knee injuries and conditions, which
is appealing to many patients who want to avoid surgery or who are not
candidates for surgery. Sports injuries are a common cause of knee injuries and
conditions, particularly in younger populations. Hyperextension orthotic kits
are commonly used in sports medicine to manage and prevent knee injuries, which
has contributed to their increased demand. New hyperextension orthotic kits are
likely to feature improvements in design, technology, and functionality, making
them more effective, comfortable, and convenient for patients with knee
injuries and conditions thus boosting the global hyperextension orthotic kit
market.
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The global hyperextension
orthotic kit market is segmented into type, application, regional distribution,
company, and region.
Based on region, the market is
expected to experience growth across many regions globally, but some regions
are expected to have higher growth rates than others. North America region is
expected to experience the highest growth in the hyperextension orthotic kit
market over the next few years. This is due to factors such as, a growing
geriatric population, increasing healthcare expenditure, and a rise in the
prevalence of osteoarthritis. Moreover, for the treatment of spinal cord
injuries, the demand for hyperextension orthotic kit over surgery is expected to
rise in the forecast years.
Based on application, scoliosis
is expected to boost the demand of hyperextension orthotic kit globally.
According to American Association of Neurological Surgeons, approximately six
to nine million persons in the United States, or 2-3% of the population, are
thought to be affected by scoliosis. Early childhood or infancy can both be
affected by scoliosis. However, scoliosis often develops between the ages of 10
and 15 in both sexes equally. Eight times more frequently than males, females
progress to a curve magnitude that needs therapy. More than 600,000 people with
scoliosis visit private doctors' offices each year; 30,000 kids are probably
equipped with braces; and 38,000 people get spinal fusion surgery. The use of
bracing as the treatment is widely adopted for people looking for alternatives
of surgery which is also driving the growth of global hyperextension orthotic
kit market in the forecast years.
Major companies operating in
global hyperextension orthotic kit market are:
- Cascade Orthotics
- OTTOBOCK
- Restorative Care of America, Incorporated
- Trulife
- Performance Health
- Orliman SLU
- Brave River Solutions
- Excel Prosthetics & Orthotics
- SureFit
- Ortho Active Appliances Ltd
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“The design and technology of
hyperextension orthotic kits are constantly evolving, with new devices being
developed to improve their effectiveness, comfort, and convenience. As technology
advances, hyperextension orthotic kits may incorporate smart sensors and
artificial intelligence to monitor joint movement and muscle activity. This
information could be used to adjust the fit of the device in real-time,
improving its effectiveness and comfort. The use of augmented reality
technology may improve the accuracy and precision of hyperextension orthotic
kits. By using a combination of sensors, cameras, and virtual overlays,
patients, and healthcare providers could better visualize the device's fit and
function and adjust in real-time. The use of advanced materials, such as
nanomaterials or biocompatible materials, may improve the durability, weight,
and flexibility of hyperextension orthotic kits. This could lead to devices
that are more comfortable and effective at supporting the joint during movement
thus, the global hyperextension orthotic kit looks promising in terms of growth
in the upcoming years.,” said Mr. Karan Chechi, Research Director with TechSci
Research, a research-based management consulting firm.
“Hyperextension Orthotic Kit
Market – Global Industry Size, Share, Trends, Opportunity, and Forecast,
2018-2028, Segmented By Type (Spinal
Orthopedic Kit, Cervical Orthopedic Kit, and Others), By Application
(Scoliosis, Anterior Pelvic Tilt, and Others), By Region and Competition”, has
evaluated the future growth potential of global hyperextension orthotic kit
market and provides statistics & information on market size, structure, and
future market growth. The report intends to provide cutting-edge market
intelligence and help decision makers take sound investment decisions. Besides,
the report also identifies and analyzes the emerging trends along with
essential drivers, challenges, and opportunities in global hyperextension
orthotic kit market.
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