Challenges Sport Medicine Industry Growth, World Hip And Knee Orthopedic Implants Market - Ken Research

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3D Printing is expected to Fuel Global Orthopedic
Reconstruction Market Ken Research
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High prevalence of osteoarthritis, aging
population, rising prevalence of obesity and
arthritis, elevating number of sports and road
accident injuries and the technological
advancements in the industry are expected to fuel
the orthopedic reconstruction market in future.
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The report titled Global Orthopedic
Reconstruction Market Outlook to 2021
Technological Advancements with Launch of 3D
Printed Products and Orthobiologics to Drive
Global Market provides a comprehensive analysis
of the orthopedic reconstruction market. The
report includes the cumulative revenue generated
by the market players from the sales of
reconstruction products, including products for
joint reconstruction, spine surgery, sports
medicine, trauma and extremities, and power tools
at manufacturers price and market share
contributed by the sales of above mentioned
segments in the total orthopedic reconstruction
market. The market is also segmented by six
geographical regions across the globe North
America, Europe, Asia Pacific, Latin America,
Middle East, and Rest of the World.
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The stakeholders of this report includes the
orthopedic reconstruction market players,
companies involved in research and development
activities, and the new entrant who wish to
invest in orthopedic reconstruction market in
future. With growing prevalence of diabetes and
obesity over the globe, the cases of
osteoarthritis have increased at a high pace
leading to increased demand for orthopedic
reconstruction products. However, the traditional
reconstruction products majorly implants have
shelf life of nearly 10 years and consequently
patient starts feeling pain or discomfort
afterwards. As a scenario, the market in
undergoing phase of technological development
with 3D printing being one of the major
technologies which is expected to revolutionize
the market.
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3D printing is penetrating into healthcare
industry and subsequently orthopedic industry at
a high pace. MIT Technology Review even quoted
that tens of thousands of 3D printed replacement
implants would have been inserted for hips,
knees, ankles, parts of spine, and even the
section of skull around the world in year 2016.
Approximately 25 3D printed implants received US
FDA approval as of March, 2016. 3D printing in
orthopedic is majorly applied on development of
metallic implants and personalized prosthesis.
The implant printing depends majorly on the
material, equipment and manufacturing
capabilities available for 3D printing. Titanium
grades and cobalt-chrome alloys and stainless
steel are the common materials which are used for
manufacturing of 3D printed implants.
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The main advantage which has resulted in its
growth is inherent geometric freedom of the
technology. This technology allows the formation
of more natural anatomical shapes and porous bone
replacement scaffolds that can be seamlessly
integrated into implant design, ensuring a
natural bone growth and high stability. Owing to
the growing arthritis and benefits of these 3D
implants for arthritis patients in form of more
motion, less pain and quicker recovery, market
giants have also invested in this technology, to
sustain their leadership during future. Zimmer
Biomet in this race received the approval from US
FDA for its 3D printed ankle fusion system in
February, 2016.
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• This system removes the need for the plates,
  screws, and staples instead relies on 3D printed
  osteoconductive matrix designed to provide for
  biological incorporation. Similarly, in 2015
  Stryker added 3D printed tibial baseplates and
  patellas to their Triathlon Tritanium Knee System
  and Triathlon Tritanium Cone Augments, which are
  used in knee surgeries. The company is also in
  plans to build 3D manufacturing facility with
  investment of around USD 400 million.
• Key Factors Considered in the Report
• World Hip and Knee Orthopedic Implants Market
• Spine Device Market Share
• US Orthopedic Implants Market
• Large Joint Reconstruction Industry Outlook
• Future Projections Reconstruction Market

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Orthopedic Replacement Industry Growth
Drivers Challenges Sport Medicine Industry
Growth Merger Acquisitions Orthopedic Implant
Market Investment in Orthopedic Reconstruction
Industry Osteoarthritis Prevalence Global Sports
Injuries Orthopedic Reconstruction Companies
Covered Zimmer Biomet, Depuy Synthes, Stryker,
Smith Nephew, CONMED Corporation, Medtronic,
Arthrex, Inc., NuVasive, Inc., Globus Medical,
Microport Scientific Corporation, Japan Medical
Dynamic Marketing, Inc., HOYA Corporation,
Exectech, Inc., Alphatec Spine, Inc., Wright
Medical Group N.V., Orthofix International N.V.,
DJO, LLC, K2M, Inc., Shandong Weigao Group
Medical Polymer Company
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• For more information about the publication, refer
  to below link
• https//www.kenresearch.com/healthcare/medical-dev
  ices/global-orthopedic-reconstruction-market-stati
  stics/84655-91.html
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