Medical Holography Market $3.5 billion Revenue at CAGR of ~32%Forecasts by 2023A Story by sumit choudhari Medical Holography Market report is an expert analysis report which gives detail information about industry players, segmentation and regional data in-depth. Medical Device Connectivity serves as a p The global
medical holography market is majorly driven by factors such as rapid adoption
of holography technology by medical fraternity for applications such as medical
education, dentistry, orthopedics, increasing applications of holography in diagnostic
imaging to visualize complex 3D structures in human body and biomedical
research recent technological advancements in holography products are expected
to significantly contribute to the growth of the market throughout the forecast
period. Technological
advances in hologram recording techniques in the recent years and the
availability of tools for interpretation of holographic interferograms should
boost its usage in the field of urology, pathology, ophthalmology, and
orthopedics. Moreover, endoscopic holography should emerge as a powerful tool
for non-contact high resolution and non-invasive measurements inside the human
organs. The market
for Medical holography will grow very rapidly at a rate of 32% CAGR during the
forecasted period 2017-2023. The market is expected to reach USD 3.5 billion
during the forecasted period.
Medical Holography Market Segmentation: The segmentation is done on the basis
of the type and by medical applications. On the basis of type includes
reflection hologram, transmission hologram and hybrid hologram. The hybrid
segment is further sub-segmented into the types Embossed hologram, Integral
holograms, Holographic interferometry, multichannel hologram and computer
generated hologram. On the basis of medical application it includes X-ray
holography, Endoscopic holography, Multiplexed Holography for Medical
Tomography, Holographic Light-in-Flight Recording Method, Holography in
Ophthalmology, Holography in Dentistry, Holography in Orthopedic. The
ophthalmology segment has sub-segment which include Diffractive Bifocal
Intraocular Lens. Also the endoscopic holography further have sub-segments like
Internal Hologram Recording Endoscope, External Hologram Recording Endoscope. Key Players Some of the global and local players
are engaged in the Medical holography those are, Real View Imaging (Isarel),
Echo Pixel (CA), Integraf (USA), Royal Philips (Netherland), Zebra imaging, Eon
Reality (US), Nano live SA (Switzerland), Holoxcia (Engalnd), Lyncee Tec (
Switzerland), Mach 7 Technologies, General Electric Company, DPL Industri A/S
Denmark, Olomagic, Arnold Herzig GmbH and others. Regional Analysis Geographically, the regional market is segmented into America, Europe,
Asia Pacific, and the Middle East & Africa. America accounts the larger market for the hologram machines. As the
early adoption of new technologies and more R&D is being carried out in
this region. North America is the largest market for the hologram machines
which is led by the United States. The adoption of new technology is more in
this region as the research and development is also more and developing day by
day. Europe is the second largest market as it also has the advanced
technologies and its own R&D. The region is also having its own set of
regulations for the medical regulations. The expenditures are also more by the
government bodies for the healthcare and adoption for the new and sophisticated
technologies. The Asia-Pacific region is witnessing fast growth in this region because
of the rising factors such as healthcare spending, improving healthcare
infrastructure in developing economies such as China, India, and South Korea,
and growing awareness regarding the usage of holography products in medical
applications. The Middle East and Africa region is growing slowly due to factors like
large number of unskilled labours, illiteracy is more, and economic development
is slow. Industry
updates: Nov, 2016 Holoxica Limited introduced a holographic 3D
digital human anatomy atlas prototype for neuroscience. This product impacted
medical science giving neurosurgeons and clinicians insights into identifying,
diagnosing and treating a wide range of neurological conditions. Dec, 2015 Japan scientists developed touchable
holograms, which are to be adopted in wide range of applications in the future,
to enable improved demonstration of biological processes and procedures. Nov, 2015 Zebra Imaging acquired Rattan, a
software-consulting firm. This acquisition was carried out to accelerate the
integration of advanced 3D light-field technology in their array of holographic
display products. Dec, 2014 Bristol University developed a touchable
holographic display through the generation of air disturbances using ultrasound
to create 3D haptic shapes. Oct, 2014 Zebra Imaging entered into a partnership with
Zygote Media Group to develop advanced 3D biomedical models to visualize human
anatomy. Table
Of Content 1 INTRODUCTION 1.1 DEFINITION 1.2 SCOPE OF STUDY 1.2.1 RESEARCH OBJECTIVE 1.2.2 ASSUMPTIONS & LIMITATIONS 1.2.2.1 ASSUMPTIONS 1.2.2.2 LIMITATIONS 1.3 MARKET STRUCTURE: 2 RESEARCH
METHODOLOGY 2.1 RESEARCH PROCESS: 2.2 PRIMARY RESEARCH 2.3 SECONDARY RESEARCH: 3 MARKET
DYNAMICS 3.1 DRIVERS 3.2 RESTRAINTS 3.3 OPPORTUNITIES 3.4 MACROECONOMIC INDICATORS TOC Continued….!
© 2018 sumit choudhariAuthor's Note
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