Next Imaging Technology Market by Company Profile, Product Specifications, Capacity, Production Value and Forecast 2027
Market Research Future published a research report on “Next Imaging Technology Market Research Report- Global Forecast to 2027” – Market Analysis, Scope, Stake, Progress, Trends and Forecast to 2027.
Next Imaging Technology Market, Global Market - Overview
Imaging technology is the process of creating and obtaining images from documents and photographs by electrical-tracing soundwaves, chemicals, and temperature. In other words, next imaging technology is a process for managing medical images that are used to manage, store, and control the medical imaging data with the support of image management systems. Imaging technology is one of an imminent technology which comprises visual representation of diagrams and images. The technology is spread across various commercial verticals, specifically medical sector. The healthcare sector is going through major transformations due to competitive market. To sustain in the competition medical organizations, are adopting strategies to improve and advance their medical technologies and equipment. As mentioned, the imaging technology is widely used in the medical sector to examine the body parts of the patient for medical diagnosis. Additionally, next imaging technology offers precise images to provide better results to perform medical treatments.
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Hence, the growing demand of imaging technology medical sector is one of the driving factor that is expected to propel the next imaging technology market over the assessment period. Furthermore increasing penetration of smartphones that eventually leading to rising demand for digital imaging that transforms film cameras to digital cameras is also expected to create a huge popularity for the next imaging technology market
Key Players
Some of the major players in Global Next Imaging Technology Market include Karl Storz (U.S.), Olympus (Japan), Sony (Japan), Barco (Belgium), Imaging technology solutions (U.S.), Flir Systems Inc. (U.S.), SK Hynix Inc. (South Korea), TOSHIBA CORPORATION (Japan), Qualcomm (U.S.), and Galaxy Core Inc. (China) among others.
Next Imaging Technology Market Global Market – Segmentation
The Next Imaging Technology Market is segmented on the basis of type, technique, application, and region. These segments are further sub-segmented into the following:
Segmentation by type: this is segmented into induction tomography, CMOS imaging, and electromagnetic imaging
Segmentation by technique: the segments are on the basis of optical, thermal, radiography, and scanning
Segmentation by application: this segment is sub-segmented into medical, consumer electronics, automotive, civil engineering, and surveillance
Segmentation by region: this segment is sub-segmented into North America, Europe, Asia-Pacific, and rest of the World.
Next Imaging Technology Market Global Market - Regional Analysis
The regional analysis of next imaging technology is done for North America, Europe, Asia-Pacific, and the rest of the world.
North America is expected to dominate the market with the largest market share during the forecast period. Increasing awareness about the latest advances in technology, new products, and increasing usage of smartphones, are the major factors for the dominance of the region in the next imaging technology market. Asia Pacific is expected to witness the highest growth rate in the market, as the region is driven by high disposable income of consumers and their increasing health awareness. Europe is expected to register a positive growth in the next imaging technology market during the forecast period.
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Industry News
May 2018, FLIR System launched radar and thermal products.
FLIR Systems revealed the launch of two FLIR Rangers and one Recon which are used militaries and government agencies globally as patrol agents on border. These products include the most advanced equipment. They offer the capability to offer mid-range detection as well as fixed base installation.
February 16, Qualcomm developed snapdragon processor 625, 435, and 425.
Qualcomm announced the development of their snapdragon processor 625, 435, and 425. These processors are used to provide imaging and sensor systems and advanced modem facilities for mainstream devices. They also launched microscopes which are used for the observation of structures and tissues inside living cells.
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