Vision Research, a New Jersey company that is dedicated in innovating new and futuristic forms and processes for electronic imaging, has launched a high-tech Machine Vision camera that is able to capture spectacularly pristine 4K video at a monstrously high 937 frames per second.
The Phantom S991 Machine Vision camera's unique performance attributes come from the fact that its CMOS sensor has a 6.75-micron pixel, which may sound like a small figure but happens to be larger than most high-resolution machine vision cameras. The end result is a camera whose frames per second specs are quite simply mind-boggling when used at lower resolutions, with a maximum of 52,080 frames per second achievable at a resolution of 2,048 x 16 pixels.
Unsurprisingly, this camera isn't being targeted towards the casual consumer photography market but is rather positioned as a high-tech imaging solution for industries ranging from engineering to manufacturing.
4K-Enabled Machine Vision Cameras
This Camera is Designed For Industrial Imaging Applications
Trend Themes
1. High-speed Machine Vision Cameras - Opportunity for companies to develop high-speed machine vision cameras with high-resolution CMOS sensors for industrial purposes.
2. 4K Imaging Technology - Opportunity for companies to integrate 4K imaging technology into industrial applications for more precise and accurate imaging.
3. Advanced Electronic Imaging Processes - Opportunity for companies to develop and innovate advanced electronic imaging processes to enhance imaging capabilities in industrial settings.
Industry Implications
1. Manufacturing - Manufacturing companies can utilize high-speed machine vision cameras with 4K imaging capabilities in quality control and inspection processes.
2. Engineering - Engineering companies can use advanced electronic imaging processes for more accurate and efficient design and prototyping.
3. Medical Imaging - Medical imaging companies can integrate high-speed machine vision cameras with high-resolution CMOS sensors in medical imaging equipment for more precise and detailed imaging.