High Speed Camera Market is projected to grow at a CAGR 5.86%
Knowledge Sourcing Intelligence announces the publication of a new report on “High Speed Camera Market – Forecasts from 2020 to 2025” to their offering.
The cognizance of high image processing capabilities of high-speed cameras by a variety of sectors and its increasing incorporation in a variety of technical applications are a few factors that are estimated to propel the growth of this market.
As per the report, the market pertaining to High-Speed Camera Market is expected to reach US$469.504 million by 2025, from US$ 333.617 million in 2019.
The inability to detect and analyses process that occurs (in case of the natural process) or performed (in case of the artificial process) at high speed by the convention cameras as well as by the human eyes have necessitated continuous R&D investments, development and product innovation pertaining to high-speed cameras which is the foremost reason is leading to the rising integration of high-speed cameras in various technical applications that are expected to drive the high-speed camera market growth. The attribute that makes high-speed cameras the sought-after research and media tool is variety technical applications are the capability to capture pictures in the consecutive arrangement, record the same at high speed and later make it available for viewing at comparatively slower motions for observers (researchers, engineers, technicians) to analyze the events that have occurred at a hyper speed, which is otherwise impossible for the human eye to detect and comprehend. Several attributes such as cooling systems, frame rate, image processing power, resolution, size of the memory & sensor, among others are determinative of the quality of a particular high-speed camera.
The increase incorporation of the high-speed camera in sports, the growing adoption of high-speed cameras in automotive as well as the transportation sector, the meteoric demand for thermal imaging applications, the emerging areas of autonomous driving as well as intelligent transportation systems, incessantly increasing defense R&D budgetary allocation are few of the factors that are expected to catapult the market to new echelons. In view of the aforementioned, it should be noted that engineers have been benefited by high-speed imaging to carry out a detailed analysis of combustion testing, component testing, engine testing, flow visualization, fuselage testing, materials testing, missile launches, projective tracking, among others. This has led to some recent product developments and launches like that of Phantom® VEO 1310 announced in February 2002 by Vision Research Inc., which is the latest addition to the Phantom VEO family of high-speed cameras. This new product is capable of comparatively faster recording speeds, 2.5X higher light sensitivity, and features a new 1.2-megapixel CMOS sensor and intended for the use in defense, industrial, and research applications. Equipped with the proprietary 2-bit CMOS sensor, and with the ability to achieve recording speeds over 10,800 frames per second (fps) at full, 1.2-megapixel resolution and higher rates at reduced resolutions the VEO 1310 can deliver the latest imaging technology in a compact, durable package.
Further in In 2020, the launch of HS7 Full HD High-Speed Camera System was announced by San Diego, California based Fastec Imaging, which is the global leader in digital high-speed imaging systems simultaneously specializing in point and shoot systems, PC controlled cameras that are compact in size as well as record systems that facilitated recording for a long duration which are all affordable and portable high-speed camera systems, which finds its use in a verity of applications that ranges from academic research, engineering, industrial manufacturing, medical packaging. This new offering from Fastec has been primarily designed with the rationale to be employed in industrial a laboratory application. Capable of recording FHD (1080p) at 2500 frames per second, this new product is an efficient combination of a dedicated controller and high-speed camera resulting in optimizing workflow, simplifying setup, as well as streamlining integration. It also has the capability of producing a remarkable slow-motion video which albeit being profusely used in media and entertainment also have been widely used in applications like, analysis of droplets in microfluidic devices, Digital Image Correlation (DIC) for materials research and component testing, machine design and troubleshooting, the study of animal motion for neurological or robotics research, among others. With the help of this product researchers and engineers alike are empowered to capture, display, analyze, transmit, and store huge amounts of image data in unprecedented ways.
As a part of the report, the major players operating in the high-speed camera market, which have been covered are AOS Technologies AG, DEL Imaging Systems LLC, Fastec Imaging Corporation, MIKROTRON GmbH, nac Image Technology, Olympus Corporation, PCO AG, Photron, Vision Research Inc., and WEISSCAM GMBH.
View a sample of the report or purchase the complete study at https://www.knowledge-sourcing.com/report/high-speed-camera-market
This report segmented the high-speed camera market on the basis following terms
By Raw Materials
- Image Sensors
- Memory Systems
- Image Processors
- 1 to 4 Megapixel
- More than 4 Megapixel
By End User Industry
- Travel and Transport
- Media and Entertainment
- Consumer Electronics
- Military and Defense
- North America
- South America
Middle East and Africa
- Saudi Arabia
- Asia Pacific
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