












| 
 | 
CMOS Cameras for scientific and industrial applications
|
| We offer you a high quality solution for demanding applications in scientific and industrial image analysis. Our CMOS cameras are easy to use, only a short time is needed to programme comprehensive softwares and offer highest image quality available with CMOS technology. A lot of features have been built in the camera and its electronics to allow using the cameras for demanding applications. |  |


|
 |  |
 |

Small dimensions, low power consumption, industrial housing, rugged connectors, come along with trigger input and output, various digital interfaces and high number of pixels.
Still keeping in mind that our goal was to achieve a camera with highest signal to noise ratio and best possible image quality.
A full software package comes with the camera shipment, with drivers, SDK and API to programme software routines in typical environments. Some features built in the camera are extraordinary, e.g. the multi slope integration, an easy method to increase the dynamic of the sensor drastically and to reduce saturation
Beginning with the basic version CCT 130 with 1280 * 1024 Pixels, primarily used for line-scan applications, to the 6.6 megapixelcamera with portrait orientation, ideally suited for document scanning and to the top camera, the high resolution 14 megapixel camera (4536*3024 Pixels) all cameras are built for easy and successful integration of powerful sensors into your scientific experiment or industrial quality control task.
New are our VC camera modules. They are conceived for OEM c7ustomer who want to integrate the electronics and sensor into an own design. The small size and the two part construction using a 15 cm Flat-cable allow for many mechanical solutions.
The VC OEM Modules come with WVGA, 1.6 MPixel or 5 MPixel CMOS sensors..
An interesting quantity pricing allows the OEM user to integrate the modules also in a wide product range.
All our CMOS camera systems are available as black and white or colour models. |
 |

|
 |



|
 |
|





|
 |
|