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Industrial machinery now has the ability to “see” what it is doing and quickly decide based on what it sees thanks to machine vision technology.
Machine vision is most frequently used for product identification, sorting, and tracking, as well as visual inspection and fault detection.
Machine vision automates tedious or challenging visual inspection activities and precisely directs handling machinery during product assembly using sensors (cameras), processing gear, and software algorithms.
Applications include flaw detection, measurement, verification, positioning, and identification. Machine vision systems can be divided into three categories: 1D, 2D, and 3D.
The Italy Machine Vision Camera Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Two low cost, high-speed, high resolution machine vision cameras are being introduced by Scorpion Vision. Although they are both available at a very appealing price range, they are both distinguished by ultra-fast frame rate capabilities at full resolution.
Frame rates of 150 fps are available at full resolution for the 25 M Pixel Hypersen HPS-HSC5K, while frame rates of 1490 fps are available at full resolution for the 2.2 M Pixel Hypersen HPS-HSC2K.
The numerous inspection applications on high-speed manufacturing lines, as well as high-speed process and machinery diagnostics and logistics applications, are just a few examples of the applications where these new cameras are perfectly suited.
High performance global shutter CMOS sensors with large pixel sizes are used in conventional C-mount cameras to decrease noise for high quality pictures.
The cameras can be easily incorporated into machine vision inspection systems or OEM equipment thanks to support for GenICam and GenTL as well as an SDK that is simple to install and use. For the long-distance transfer of high-speed image data, a 40 Gigabit Ethernet optical fibre interface is offered.
These cameras are typically used in high-speed label, packaging, and product inspection applications. Verification, measurement, and flaw detection are the focus areas. Reading 1D and 2D codes as well as optical character reading and verification are further uses.
