Medical Holography Market Dynamics, Growth Prospect and Consumption Analysis till 2025
20th January 2021 – The global Medical Holography Market size is projected to reach USD 4.04 billion by 2025. The market is anticipated to witness lucrative growth with a CAGR of 31.0% throughout the forecast period owing to increasing use of holography based products in biomedical research. Increasing activities and funding pertaining to R&D by key biotechnological and pharmaceutical companies is predicted to widen the scope for biomedical research activities.
Additionally, wide array of clinical applications of holography
such as in dentistry, surgical & radiological procedures, cardiac
electrophysiology, and orthopedics has triggered growth of the industry. Advent
of technologically advanced products, such as, miniaturized light emitting
diodes and pico-like projectors, which provides high clarity holographic images
are predicted to accelerate demand during the forecast period. Emerging
holographic interaction and visualization technologies enabling minimally invasive
procedures has led to an enhanced safety profile for patients. The
abovementioned factors leading to better outcomes for patients are expected to
drive physicians and patient’s preference for these products.
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Medical Holography Market Report with
Holographic displays held the highest share of the product
segment in 2015. The dominancy can be as a consequence of high penetration of
these displays as they are an important component for viewing holograms.
Moreover, the increasing modifications and advancements in holographic displays
are believed to drive the demand by increasing adoption rate by physicians,
researchers, and educationists. The advancements such as incorporation of
piston based displays, laser and electro-holographic is expected to be one of
the high impact rendering drivers. There are several benefits associated with
the above-mentioned technological advancements for diagnostic procedures, which
is providing attractive growth opportunities. The benefits associated with
these products include precise coordination in interventional and diagnostic
applications, real-time visualization of organs and improved training.
Owing to the benefits associated with holographic technology
such as live imaging which enhanced visibility of organ is expected to boost
the medical education segment and provide lucrative growth opportunities.
Moreover, 3D anatomical models help in providing information and instructions
in an effective manner leading to high demand and attractive growth
opportunities. In addition, this technology enables generation of full human
anatomy holograms, which facilitates in revealing important disease information
which is not possible with any other visualization techniques available. The
largest share was held by research laboratories in 2015 owing to high adoption
rate of these products for research purposes that facilitates real-time
analysis of live cells & phase contrast based imaging. Moreover, the
minimally invasive nature of holographic detection thus precluding cell
deformation occurring due to examination procedures and consequently rendering
it as the preferred choice for researchers.
A substantial share of more than 38.0% was held by North America
in 2015. This can be attributed to presence of majority of key players,
undertaking various research activities in the region. High prevalence of
disease in the region serves as an important growth factor leading to high
clinical urgency to use medical holographs, which are becoming increasingly
accessible that facilitates sophisticated imaging. Moreover, high investments
in R&D are anticipated to increase holography products in research. The
above-mentioned factors are expected to drive the regional market. Asia Pacific
is anticipated to witness an exponential growth during the forecast period. The
growth can be attributed to rise in disposable incomes and healthcare
expenditure. In addition, increasing awareness level of physicians pertaining
to benefits associated with these products such as enhanced patient care &
diagnosis and improved performance of physicians. Moreover, increasing focus on
healthcare infrastructure quality is expected to further boost the adoption of
medical holography products. For example, scientist in Japan developed
touchable holograms in December 2015 which can be adopted in wide array of applications
leading to enhanced biological procedure & process demonstration in the
future.
Prominent players include zSpace Inc., Lyncee Tec, Nanolive SA,
Phase Holographic Imaging AB, Zebra Imaging, and RealView Imaging Ltd. These
companies are undertaking mergers & acquisitions, distribution enhancement
strategies, new product launch and development activities, which are
contributing to the significant growth of the sector. For example, Rattan, a
software consulting company was acquired by Zebra Imaging to integrate the
technologically advanced technology such as 3D light-field in their holographic
display product portfolio.
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