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News
| V2010-UDR Ultra-Dynamic-Range Video SystemView and record the electrode, arc, puddle, joint and surrounding base material before during and after the weld, no extra illumination required !
 Left : normal camera - Right V2010-UDR camera
Features
* View and record arc welding without specialized filters. * Perfect for development and setup of welding processes (TIG, MIG, Laser) * See through high glare for inspection or machine vision * Digital from end-to-end, no conversion losses * Records full UDR (Ultra-Dynamic-Range), up to 1,000,000:1 * Store up to 1 hour of UDR video * Play, pause or single-step through frames * Save standard JPEG stills or AVI video files, suitable for email * V2010-UDR system is turnkey and ready-to-run, including software, computer and camera * Monochrome and color versions available
Contact us for more information ! |
Navitar's Video ZFL Scope is a macro fluorescence vision system that utilizes interchangeable professional fluorescence cubes and internal focus to create an image. It is a simple means of doing very sophisticated task-oriented fluorescence imaging without the expense and complexity associated with a fully-loaded research microscope. The systems encompasses a DVC low noise, scientific-grade digital camera, along with quantitative software, and LED Illumination or UV light source from Navitar. ZFL System Details: • Compact, lower cost alternative to traditional microscopes • Field of view up to 9.2 mm with a 2/3” CCD • Available with UV light source or BrightLight II, LED Illumination with with long life 4.8 watt LED • 5 lens attachments, and 3 adapters to choose from • Zoom and fixed systems available, with fine focus 
| The industry’s smallest C-mount camera module has been unveiled at the Vision show, Stuttgart by Sony Europe’s Image Sensing Solutions (ISS) division.
At 19x29x29mm the Micro XCD camera has a footprint smaller than a £2 coin. The module weighs just 37g and is 2/3 the cubic size of previous modules from Sony.
The Micro XCD is available in VGA (60fps) and SXGA (45fps) modules. Data transfer is via IEEE1394b I/F firewire at 1600 Mbps; twice the speed of previous XCD modules from Sony.
The device integrates a high quality 1/3 type CMOS image sensor with the latest FPGA technology; delivering high performance at low power consumption levels.

| 1.4 Megapixels 2/3" 20fps camera with high NIR sensitivity

The TXG14NIR – a TXG14 featuring enhanced sensitivity for near-infrared light – is now available. The Gigabit Ethernet camera with 2/3“ Sony sensor offers a resolution of 1392 x 1040 Pixel at frame rates up to 20 fps. The camera is switching automatically to the “NIR-Mode” when the exposure time exceeds 250 µsec.  Applications :
- NIR Microscopy
- Solar panel inspection
- Silicon wafer inspection
- Semi-conductor inspection
- Multispectral or Hyperspectral imaging
| | HXC40 : 4 Megapixels at 180 fps, also available with enhanced NIR sensitivity Small Form Factor, Amazing Functionality
* CMOS Sensor with Global Shutter * 2048 x 2048 pixel with 180 fps * Compact housing measuring 52 x 52 x 38 mm * Internal 256 MB memory for acquisition of image sequences * CameraLink Full interface

Baumer’s new high speed camera is based on state-of-the art CMOS sensor technology and provides 4 megapixels at 180 fps. The new HXC40 cameras are conveniently equipped with comprehensive functions like Sequencer, Trigger Delay and User Sets and offer best solutions for you machine vision applications. The internal memory enables an acquisition of a set of images. By delaying the data transfer a CameraLink® Base interface can be used instead of the CameraLink Full interface, which is necessary to get the full performance. More information Products HX cameras For situations with high dynamics, the specifically included HDR mode enables images with up to 90 dB. The Baumer-GAPI SDK offers a simple integration of the cameras into your application. Additionally, the Baumer configuration tool allows an individual adjustment of cameras independently from the used frame grabber.
SXG Dual GigE Cameras with Kodak Sensors Amazing Performance at 240 MB/s
* Doubles standard bandwidth at 240 MB/s * Integrated Power over Ethernet technology * Full 12 bit images at 1, 2, 4 und 8 megapixels * Frame rates up to 120 fps * Compact housing design

With the new SXG cameras, Baumer introduces the first cameras using the innovative Dual GigE technology that doubles the standard GigE data bandwidth. Designed to take full advantage of Quad Tap readouts, the Dual GigE cameras incorporate state-of-the-art Kodak sensors that provide an unrivaled combination of image quality, resolution and high frame rates. In order to provide the high data rate to support image transfer, two Gigabit Ethernet ports are combined to a dynamic Link Aggregation Group (LAG).
In addition, these cameras are conveniently equipped with PoE technology, eliminating the need for a separate power cable. Advanced features like Sequencer, Trigger Delay and Debouncer make this camera a perfect solution for various applications.
Cameras are available with
* 1 megapixel @ 120 fps
* 2 megapixel @ 68 fps (4:3)
* 2 megapixel @ 64 fps (16:9, Full HD)
* 4 megapixel @ 32 fps
* 8 megapixel @ 16 fps | Dalsa Falcon and Genie HC cameras Falcon color and monochrome cameras
  By combining high frame rates, good image quality and multiple resolutions the Falcon HG cameras are well suited for applications in electronics inspection, semiconductor inspection, industrial metrology (gauging) and other machine vision applications.
These cameras use DALSA CMOS technology for low power consumption enabling them to be compliant with Power over Camera Link (PoCL) standards. Thus, your cabling needs are simplified and your camera costs are lowered because you only need one compact mini-CameraLink interface cable to provide power and obtain images from the camera.
Fully programmable, these cameras incorporate exposure control, gain and offset adjustment, and flat-field correction to optimize system performance.Delivered in a robust, compact body, this camera should be your definitive choice for area-based systems. - The 1M120 HG Color is a color CMOS camera delivering 1 megapixel (1024x1024 resolution) at 120 fps with true global shuttering, optimized for high sensitivity. The 1M120 HG is the monochrome version.
- The VGA300 HG Color delivers 300 fpsat VGA resolution. Also available in monochrome
- The Falcon 1.4M100 HG Color reaches 100 fps at 1.4 MPixels, also available in monochrome. The XDR series are optimized for exceptional dynamic range
Genie HC color GigE camerasThe Genie HM range from Dalsa was already famous for high speeds in monochrom, now available in color ! 
The Genie HC cameras offers unprecedented high speed image acquisition with uncompromised signal-to-noise ratio, significantly optimizing the opportunity for increased yield. DALSA’s proprietary sensor technology allows for image capture rates of up 75 fps in 1400 x 1024 or 300 fps at 640 x 480 resolution while maintaining exceptional image quality. The Genie HC’s gigabit Ethernet interface takes full advantage of this Genie’s high frame rate by transmitting data over standard CAT-5e and CAT-6 cables to distances of up to 100 m. Like all Genies, the HC cameras are based on the AIA (Automated Imaging Association) GigE Vision Standard to directly link the camera to a PC. - Genie HC640 : VGA 300 fps color
- Genie HC1024 : 1024x768 117 fps color
- Genie HC1400 : 1400x1024 75 fps color
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The mvBlueFOX-MLC module is a fully featured compact single-board camera perfectly targeted for space and cost sensitive OEM applications. A superior image quality in combination with a very high frame rate make the camera ideally suited for embedded applications. The driver in combination with the FPGA represents a perfect team which reduces the PC load to a minimum.
Compact industrial camera series with USB 2.0 High quality gray scale and color CMOS sensors 8 Mpixels onboard memory hardware LUT 10 bit to 8 bit 55 dB dynamic range / 110 dB high dynamic range (HDR)
Resolution from WVGA (752 x 480) to 5 Mpixels |
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Dalsa just launched new color and high resolution versions of the BOA Vision System smart camera. More details here.  BOA is a highly integrated optical inspection tool for controlling quality and increasing productivity. It comprises all the elements of an industrial machine vision system in a tiny smart camera style package:
* Sensor * Light Control * Processing engine * Inputs and Outputs * Factory communications * Developer and Operator application interfaces * Protective enclosure
Easy to use and inexpensive, DALSA’s new BOA leverages the full breadth and depth of DALSA’s design, engineering, and manufacturing expertise including sensor, camera, image-processing and vision software development to deliver the next generation in smart camera technology. BOA offers scalable vision solutions to satisfy a wide range of application needs from positioning robotic handlers to complete assembly verifications. Designed and ruggedized for harsh environment factory floor deployment, BOA is a truly exceptional all-in-one intelligent vision system.
Small & Rugged, Designed for Extreme Industrial Environments Mechanical Advantages
* Ultra small form factor (44 x 44 x 39 mm), ideal for space-limited applications * Ruggedized for harsh factory floor environments; IP67 rated housing – suitable for washdown environments without protective enclosure * Built-in support for protective screw on lens cover * Mounting holes on all sides for maximum flexibility * Low power consumption (3 watts) - Runs Cool * Industrial M12 style connectors offer flexible low-cost cabling options
Ready-to-Apply Tool Box of Vision Algorithms iNspect Express Tools
* BOA is fully loaded with a comprehensive set of click and apply tools to satisfy a wide range of optical automation tasks: * Suite of applications tools: o Positioning tools locate features for alignment, assembly verification or robotic guidance o Identification tools read coded symbologies or text for a variety of applications, such as part tracking, product identification and package readability o Measurement tools verify critical measures on a part, such as distance, angle, radii and circularity o Verification tools check for presence or correctness of features, such as number of holes on a part or the integrity and uniformity of a glue bead o Flaw detection tools detect scratches, cracks or other types of maufacturing defects * The BOA tool box includes editing capabilities for parametric control and copy/paste/delete functions 
Matrix Vision just launched the new smart camera mvBlueLYNX-X. More details here.  The mvBlueLYNX-X is the next generation of the successful MATRIX VISION intelligent camera product line. The CPU core is based on the state-of-the-art ARM technology with up to 1 GHz target clock and image processing acceleration by DSP coprocessor for parallel handling of multiple pixel and float data. The system is ideally suited for the classical areas of machine vision, the large processing power and high-end display and graphics capability make it perfect for many other application areas.
Modular image sensor interface Dual core: Cortex-A8 ARM CPU up to 1 GHz plus separate real-time DSP with video interface 256 RAM + Dual microSD card memory interface Wide range of interfaces .NET compliant Mono software interace green automation: high-performance with low power consumption
From VGA 640 x 480 to 5MPixels resolution in color and BW The Sony XCI-100 Series. It's a whole new kind of smart.
In a world of smart cameras, Sony's 100 series is genius. The 1 GHz VIA Pentium-class processor is open to a variety of applications, thanks to its compatibility with leading software packages including Cognex® VisionPro™ software. Remember more with 512 MB SDRAM. Think fast with 90 frames per second (VGA resolution). See the world in monochrome or color, SXGA or VGA. And communicate better with a host of digital I/O interfaces like Gigabit Ethernet and dual USB 2.0. The Sony 100 Series. For CPU-intensive applications, it's the PhD of Smart Cameras.
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Imago Group Benelux will be present at the PRECISIEBEURS (Precision Fair) on 30 November and 1 December 2011. NH Conference Centre Koningshof, Veldhoven (NL). Veldhoven is less than one hour drive from Antwerp so don't hesitate to come from Belgium too ! You can register online to save time : http://precisiebeurs.nl/business-in-precision-technology/ |
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