JAI Security Camera AD 080CL User Manual

JAI’s new 2-CCD camera  
AD-080CL  
provides simultaneous images of both the visible and near-infrared light spectrums  
AD-080 CL multi-spectral 2-CCD solution features  
ƒ 1/3” progressive scan camera  
ƒ 1024 (h) x 768 (v) pixels  
ƒ Up to 30 frames/second  
ƒ
Continuous or triggered operation  
ƒ Channel balancing by gain or by exposure time (individual)  
ƒ Camera Link® interface and GigE Vision™ interface  
ƒ NIR cut-off at 760 nm  
In certain machine vision applications, the ability to see in-  
side an object is just as important as the ability to capture  
its outward appearance. For years, imaging professionals  
have struggled to combine imaging in both regions – but  
the solutions were either too costly or too difficult to de-  
ploy and maintain. The launch of JAI’s new multi-spectral  
camera ushers in a new era of affordable imaging.  
One solution has been to simultaneously use two cameras:  
one for the visible spectrum and another for the NIR. Al-  
though seemingly simple from the user’s point of view, the  
two-camera solution is not only expensive, but also inef-  
ficient and potentially inaccurate, as the cameras need  
to be carefully and frequently aligned to ensure the same  
field of view. Moreover, working with twice the equipment  
– two cameras, lenses, sets of cables, and so on – adds  
to the complexity of the application and decreases reli-  
ability.  
The AD-080CL is a cost-efficient camera that simultaneous-  
ly measures visible and near-infrared (NIR) light spectrums  
through a single lens using two channels. The first channel  
has a Bayer mosaic color imager that only captures visible  
light, while the second has a monochrome imager for NIR  
light.  
Previously, the best alternative has been to use high-end  
multi-spectral 4-CCD: four-channel cameras that capture  
red, green, blue, and NIR spectrums. Although these com-  
plex cameras provide excellent results, they are expensive  
to buy and maintain.  
This multi-spectral imaging solution brings a new, essential  
dimension to a number of vision inspection applications.  
The visible light channel captures the red, green and blue  
bands of conventional imaging – or those visible to the  
human eye. The NIR channel, on the other hand, “sees”  
below the surface of organic and other materials to detect  
imperfections the human eye cannot see.  
New application possibilities thanks to easier deploy-  
ment, greater accuracy and lower costs  
JAI’s new 2-CCD technology not only enables users to mea-  
sure both visual and NIR light with a single camera, but  
also offers easy set-up and alignment. Practical and cost-  
efficient, the AD-O80CL is ideally-suited for a large variety  
of applications, including:  
Many imaging applications require only monochrome cam-  
eras that work in the visible spectrum, or between 400  
and 700 nanometers (nm). But certain applications require  
other parts of the spectrum to capture critical data. The  
quality of food, currency, and metals, for example, de-  
pends not only on their outward appearance – but also on  
the condition of tissue that may be below the surface or  
simply invisible to the human eye. Cameras that capture  
non-visible signals below 400 nm and above 700 nm are  
able to enhance details and see below the surface. The  
result is more thorough vision inspection, better quality  
verification – and, ultimately, higher quality products.  
Inspection and sorting of food, such as fruit, vegetables,  
nuts, meat, and grains – including the ability to check the  
contents under printed packages  
Print inspection of packaging, such as cosmetics and  
food packaging  
Surface inspection of textiles and other flat products  
Print board inspection  
Electronics inspection  
Security print inspections including currency, checks,  
airline tickets, lottery tickets, and passports  
The advantages of 2-CDD technology compared to  
traditional multi-spectral technology  
Advanced surface property and quality inspection of  
wood, metal, and other materials  
Although the imaging industry has used multi-spectral ap-  
plications for a number of years, the traditional solutions  
have remained costly and difficult to deploy.  
 

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