Digital Network Vision, LLC
November/2010
Dundee Park
Welcome to Digital Network Vision, LLC

Greetings!

We offer quality imaging products from Germany.  USB, GiGE, Smart/Intelligent Cameras, frame grabbers, and imaging/machine vision software targeted toward bio-imaging, machine vision, and digital imaging research.

mvBlueFOX-MLC

Low cost USB 2.0 Camera extends sensor range

  mvbf lc



MATRIX VISION expands the range of sensors for the mvBlueFOX-MLC with two CMOS sensors. The first camera, named -202d, has a resolution of 1280 x 960 pixels, achieves a maximum frame rate of 25 Hz and uses the rolling shutter mode. The second sensor, -205, has a five megapixels sensor with a resolution of 2592 x 1944 pixels, already used in the standard version of the mvBlueFOX. This sensor supports both global reset and rolling shutter and achieves maximum frame rates of 5.8 Hz. Both Aptina sensors stand out due to high image quality and dynamics. More information
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AreaScan3D

Calibrated 3D Area Sensor for Industrial Image Processing

 

AreaScan3D

 

VRmagic presents a 3D area sensor based on digital stripe light projection that supplies ready-calculated 3D data records for industrial image processing. The AreaScan3D sensor outputs the recorded 3D data to the evaluation computer via the Industrial Ethernet interface. The data is output directly as a point cloud or a grayscale-coded range map. The 3D sensor is addressed via a GenICam transport layer (GenTL). It is therefore compatible with all image processing libraries and packages that can already communicate with a GenTL, such as Common Vision Blox or HALCON.  List price $18,000.00.  For more information e-mail [email protected].

   

Issue: 4


mvBlueCOUGAR-X

In This Issue
Low Cost USB cameras
AreaScan 3D
Gigabit Ethernet Cameras

mvBlueCOUGAR-X

Gigabit Ethernet camera
mvBlueCOUGAR-X

The family contains a full range of CCD and CMOS sensors, from VGA up to 5 megapixel resolution. Image quality is digitized with precision-analog front ends with up to 14 bit resolution (CCD sensors).
The cameras are optimized for both machine vision tasks, relying on high frame rates combined with low latency image transport and on the other hand the images can be precisely optimized for viewing applications in life science and medical applications, where the utmost realistic image quality in terms of shades in gray scale and color fidelity, combined with best sensitivity and signal-to-noise ratio are required..
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John Morrissey
Digital Network Vision, LLC
781-577-9585