Highlights JAI’s prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors. The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in microscopy and medical diagnostics … Continued
Highlights JAI’s prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors. The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in microscopy and medical diagnostics … Continued
Highlights JAI’s prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors. The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in microscopy and medical diagnostics … Continued
Highlights The JAI Apex Series AP-1600T-PGE prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors. The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in … Continued
Highlights JAI’s prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors. The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in microscopy and medical diagnostics … Continued
Highlights JAI’s prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors. The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in microscopy and medical diagnostics … Continued
Highlights JAI provides a wide selection of single-sensor monochrome area scan cameras with resolutions ranging from 2.35 to 45 megapixels. Cameras are built around state-of-the-art sensor technology including the latest CMOS global shutter imagers.All cameras are designed to perform in tough environments to withstand operating conditions with high vibration effects (up to 10G) and high … Continued
Highlights JAI’s prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors. The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in microscopy and medical diagnostics … Continued
Highlights JAI’s multi-sensor, multi-spectral prism cameras provide simultaneous images of different light spectrums through a single optical path. The cameras split incoming light into two or three separate channels – typically including a visible channel from 400~680nm and one or more near infrared (NIR) channels between 700~1000nm. This makes it possible to simultaneously inspect surface … Continued
Highlights JAI’s multi-sensor, multi-spectral prism cameras provide simultaneous images of different light spectrums through a single optical path. The cameras split incoming light into two or three separate channels – typically including a visible channel from 400~680nm and one or more near infrared (NIR) channels between 700~1000nm. This makes it possible to simultaneously inspect surface … Continued
