ReportCrux Market Research has published a new report titled “Computer Vision Market by Component (Hardware, Software, and Services); by Product (PC-Based Computer Vision Systems, and Smart Camera-Based Computer Vision Systems); by Application (Quality Assurance & Inspection, Positioning & Guidance, Measurement, Identification, Predictive Maintenance, and Others); by Vertical (Non-Industrial Verticals, and Industrial Verticals); and by Region: Global Industry Trends, Dynamics, Competitive Insights and Forecast Analysis, 2020 – 2027”.
|Computer Vision Market is estimated to grow from USD 11.54 Billion in 2019 to USD 20.95 Billion by 2027, at a CAGR of 7.7% during 2020-2027|
To generate numerical or symbolic information, often in the form of a decision, a computer vision system processes, acquires, and analyzes images of real-world. Growing application requires a specific adaptation and enhancement to the algorithm of computer vision although fundamental algorithm blocks are familiar. The rapid processing capability of computer vision systems paves the way for manufacturers to reach new milestones in the manufacture of products with negligible faults.
Increasing robotic adoption across industrial sectors is also leading to the application of vision-guided robotic systems. Computer vision is commercialized in a wide range of applications like industrial, consumer, security and surveillance, automotive entertainment, and medical, to name a few, after being a research technology for the past few decades.
Increasing automation and rising need for superior inspection is translating into more computer vision technology. In addition, the need for greater quality assurance by customers and producers coupled with stringent government regulations is likely to fuel market growth. Computer vision is witnessing high rate of adoption in the industrial operating sector and is rapidly replacing manual and inspection measurements, due to an increasing need for efficient and reliable measurements and inspection.
Smart cameras and image processing are deployed on computer vision systems to perform these inspections. Due to its capabilities like enhanced analysis, improved object detection, accurate component measurement, and monitoring tolerance this technology is likely to gain considerable momentum in the automotive, food & packaging, and pharmaceutical verticals over the coming years.
On the other hand, lack of efficient device operators will slow down the adoption rate due to insufficient training.
The global market for the computer vision is segmented into component, application, product, vertical, and region.
|By Product|| PC-based computer vision systems: 68% |
Based on the component, the global market for computer vision is segmented into hardware, software, and services. From this, the hardware segment accounted for almost 56% share of the market by component. Hardware components include multiple objects like sensors, cameras, frame grabbers, processors, optics and LED lighting.
The software market is application-specific and fragmented, based on application necessity. Because of deep technology learning and training the software segment is projected to experience steady growth over the same period.
On the basis of product, the market is categorized into PC-based computer vision systems, and smart camera-based computer vision systems. The PC-based computer vision systems segment held almost 68% share of the market in 2019. Across the forecast horizon, the segment is expected to maintain its position on the global market.
However, smart camera-based systems over the forecast period are estimated to exhibit lucrative CAGR. The segments growth is attributed to the increasing adoption of 3D imaging cameras. Numerous cameras are composed of computer vision systems, also called vision systems.
These cameras are sometimes mounted over the assembly lines depending on requirements, in order to observe and capture data and examine the products. This leads to more smart cameras being adopted in these systems.
On the basis of application, the market is categorized into measurement, positioning & guidance, identification, quality assurance & inspection, predictive maintenance, and others. This technology is widely used for the scanning and identification of barcodes, labels, and texts especially in the packaging field.
This automates packaging tasks and thus also saves time, improves performance, and prevents human errors. The technology is often used in the pharmaceutical, consumer goods, and packaging industries. Increased technology adoption in these sectors has resulted in a significant reduction in counterfeit products.
Based on vertical, the market is categorized into non-industrial verticals, and industrial verticals. The industrial verticals segment held major share of the market in 2019. In the automotive industry, computer vision is extensively used for inspection purposes, including error proofing, assembly verification, presence/absence checks, and final inspection. In addition, CV systems are also used for robotic guidance, dimensional measurement, and automation testing applications that fall under estimation, and guidance.
|Place a Direct Order of this Report Here!!|