3D Reconstruction Technology Market 3D Reconstruction Technology Market

3D Reconstruction Technology Market - Growth, Size, Share, Industry Analysis 2019- 2027
Global 3D Reconstruction Technology Market To Reach US$ 1,520.3 Mn By 2027
According to a new market research report published by Credence Research “3D Reconstruction
Technology Market (Type – 3D Reconstruction Technology Software, Based on Images & Videos and
Based on 3D Scanning; Construction Type – Active and Passive; End-use Application – Automotive,
Aerospace & Defense, Industrial Machinery, Electrical & Electronics, Media & Entertainment, Healthcare
and Construction & Architecture) – Growth, Future Prospects and Competitive Analysis, 2019 - 2027”,
the global 3D reconstruction technology market is set to grow with a CAGR of 6.47% throughout the
forecast period to reach US$ 1,520.3 Mn by 2027.
Browse the full report at https://www.credenceresearch.com/report/3d-reconstruction-technology-
market
Market Insights
3D construction refers to the process of 3D scene rotation based on single view or multiple view images.
As an important part of digital image processing technology the 3D reconstruction technology has been
taking center stage in virtual reality, remote sensing, medical research, construction, surveying and
telemetry among other applications. Currently, advanced 3D reconstruction technology enables
organizations to envisage proposed product design in the form of 3D models without constructing a
physical prototype.
Further, 3D reconstruction technology enables users to design product at each stage of its development,
subsequently reducing overall production cost by considerable margin. Evolution in 3D construction
technology made it possible to produce sophisticated virtual worlds in several end-use applications such
as media & entertainment, healthcare and construction sector among others. Primary ways to acquire
information in order to 3D reconstruction is mainly segmented to active and passive method. Active
methods mainly project rays to objects and get 3D depth data on the screen.
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Such method enables higher accuracy however hardware components required for the process are
expensive as well as hard to handle. On the other hand, passive method is cheaper than active method
credited to low cost of hardware. However, passive method works with low-resolution cameras and
takes longer time to compute.
The overall 3D reconstruction technology market segmented based on type, construction type and end-
use application. By technology type, 3D reconstruction based on 3D scanning referred as most lucrative
segment in the market. Situation, where objects are irregular and have complex structure, use of
conventional methods, is time-consuming and mostly not practicable due to low accuracy and involved
workload. 3D reconstruction based on scanning enables rapid and dense analysis of structures within
stipulated time.
This advanced technology offers several advantages over its counterparts, such as complete automation
in the process, higher resolution, contactless operation, higher accuracy and precision among others. 3D