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The Vision Show, 25.05.-27.05.2010, Boston, Massachusetts USA
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Visit North America’s largest display of machine vision and imaging components and systems. You won’t just see new products…
you’ll see new technologies!
This show brings you up-to-date with the latest technologies, components and solutions from industry-leading vendors!
- Discover new technologies and new products
- See new applications for vision
- Get expert advice from highly skilled product engineers
- Attend affordable and practical training courses
- Network with people who can help you at the show and afterwards
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The Vision Conference features practical training that you can put into practice right away. Take one class or four full days of training, we offer many affordable options.
Attend The Vision Show and discover how using vision technology can help you: |
- improve processes
- reduce waste
- find results faster
- improve decision making
- reduce errors
- improve quality
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- increase safety
- stay compliant with regulations
- improve your bottom line
- and more!
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The Vision Show is North America’s leading showcase of machine vision and imaging components and solutions. This is a must-attend event for Vision Users; System Integrators; Automation Integrators; Machine Builders; OEMs; and companies that want to learn how machine vision can benefit them. The Vision Show is free to attend.
The world’s leading machine vision system and component suppliers will exhibit at the show; these are just some of the products you’ll find:
- Complete Vision Systems
- Cameras
- Smart Cameras
- Frame Grabbers
- Lighting Equipment
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- Lenses & Optics
- Sensors/Smart Sensors
- Vision Processors
- Vision Software
- Accessories
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Machine vision is currently being used in unique and creative ways in many industries across the globe; come see these technologies and get hands-on demonstrations from the leading suppliers. Learn how machine vision and imaging technologies can provide solutions to the challenges you face.
The Vision Conference – Affordable Training – the Key to Success!
Get practical training that you can put into practice right away. Classes are taught by experienced vision professionals who know your challenges. You can become a ‘Certified Vision Professional – Basic Level’ in Boston! Attend the four basic tutorials specified and then take the written exam and you’ll receive AIA’s CVP certificate. This is just the first of three planned CVP levels designed to help advance your worth and your company’s overall professional offering.

Highlights of The Vision Show and Conference
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100525_harris_panasonic.pdf
The Business of 3D
Robert Harris & Michael Bergeron - Panasonic Solutions Company
Content:
Get a comprehensive overview of 3D technology. Learn about new applications using 3D and the new opportunities that this technology creates. Find out why companies like Panasonic are investing millions in 3D and what lies ahead for this exciting technology. |
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100526_obrien_microscan.pdf
Vision Technology Update
Kyle M. O’Brien - MICROSCAN Systems
Content:
- Convergence of Vision & AutoID has Occurred
- Technology Innovator & Leader
- Microscan Product Portfolio
- Visionscape®
- Visionscape Smart Cameras VS-1
- Visionscape – PC based GigE Imaging
- Lighting: NERLITE® Precision Lighting Portfolio
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100526_styron_flir.pdf
A-cameras 2010 Automation offerings
Jason Styron - FLIR Systems
Content:
- Key features:
- 16-bit 640x480 at 50 Hz
- Windowing 100/200 Hz
- GigE Vision/ GenICam compatible
- 16-bit Temperature Linear output (available September-10)
- Image flow control using Digital In
- Main market/ Application:
- Mid-level Industrial Automation
- “High-speed” Industrial Automation
- “High resolution” Industrial Automation
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The Vision Conference
Get practical training that you can put into practice right away. Classes are taught by experienced vision professionals who know your challenges. Take one class or four full days of training, this highly valuable training experience is immediately worthwhile.
Whether you are seeking entry level training for a basic understanding of vision or are looking for more advanced courses, the conference has something to offer you. You’ll be able to take what you learned in class and have a better understanding of the technology on the show floor.
New this year, you can become a ‘Certified Vision Professional – Basic Level’ in Boston! Attend the four basic tutorials specified and then take the written exam and you’ll receive AIA’s CVP certificate. This is just the first of three planned CVP levels designed to help advance your worth and your company’s overall professional offering.
| The Vision Conference Agenda |
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| 8:30 am - 12:00 Noon |
Tutorial 1 – CVP Certification Class
The Fundamentals of Machine Vision
Instructor: David Dechow, Aptúra Machine Vision Solutions
You’ll learn all the basics, including how images are captured and transferred to the computer, the principles of lighting, and the common processing algorithms used by machine vision systems. Discover how to successfully implement machine vision and how to avoid common pitfalls during the implementation, launch and production phases. This is an ideal training course for people new to machine vision as well as a great refresher course for anyone with machine vision responsibilities. |
| 8:30 am - 12:00 Noon |
Tutorial 2
Fundamentals and Applications of Color Machine Vision
Instructor: Ben Dawson, DALSA IPD
Color is important for a growing number of machine vision applications in food, pharmaceutical, automotive and many other markets. This course will start with how color images are formed and then review aspects of human color vision that are important in designing a color machine vision system. Common color algorithms will be discussed as well as the components and design of a color machine vision. The course will finish with "case studies" of color machine vision applications. |
| 1:30 pm - 5:00 pm |
Tutorial 3 – CVP Certification Class
Beginning Lighting & Optics for Machine Vision
Instructors: Greg Hollows, Edmund Optics & Daryl Martin, Advanced illumination
This course focuses on lighting geometry and the basics of illumination optics. Learn how and where light fits into the energy spectrum, review components of the machine vision front end to understand how they impact the images acquired by the system, and learn how to define the fundamental parameters of optical layout. Get a real world understanding of how to balance your system’s field of view, resolution working distance, and depth of field. You’ll leave this course ready to converse with seasoned lighting and optics designers and suppliers! |
| 1:30 pm - 5:00 pm |
Tutorial 4
Designing Real Time High Speed Systems
Instructor: Perry West, Automated Vision Systems, Inc.
In this course you learn how latency and determinism relates to high-speed and to real-time performance and how the different types of vision system components affect the latency of the vision system. Topics cover components for image acquisition as well as different approaches to image processing, including processing architecture/hardware, operating system, application software, and resynchronization. You’ll learn about the performance parameters you must know to quantify speed and real-time performance and a methodology for guiding the design of a vision system. Example designs illustrate how you use these parameters and techniques to achieve design performance goals. |
| 5:00 pm - 6:00 pm |
Networking Reception for Conference Attendees and Speakers
Spend time with peers and experienced vision leaders to expand your professional network. Held at Hynes Convention Center, drinks and hors d'oeuvres will be served. |
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| 8:00 am - 10:00 am |
Tutorial 5 – CVP Certification Class
Basic Vision Software and Algorithms
Instructor: Kyle Voosen, National Instruments
In this technical class you’ll learn how to build a machine vision software application – not simply how to use it. Real world industry examples will be used to show you how to create, build and customize machine vision software solutions and graphical user interfaces using powerful, flexible machine vision software development environments. |
| 8:00 am - 10:00 am |
Session 1
Advances in LED Lighting and Lighting Techniques
Machine vision lighting can be confusing, this session will discuss advances in light sources, lighting control, spectral filtering and other lighting techniques that help you get the most from your images. Real world examples of best scenario lighting in a variety of machine vision applications are given. |
| 11:30 am - 12:00 Noon |
Keynote Address
“The Business of 3D”
Robert Harris, Panasonic Broadcast & Television Systems Division
Get an overview of the latest 3D technology; discover new 3D-applications and opportunities and learn why companies like Panasonic are investing millions in 3D technology. |
| 1:00 pm - 3:00 pm |
Tutorial 6 – CVP Certification Class
Camera and Image Sensor Technology Basics
Instructor: Matthew Breit, Basler AG
Gain a basic understanding of camera design, from analog to smart cameras. Find out about different camera types and their capabilities. Learn about CCD and CMOS sensors and which cameras are best suited for specific vision applications. |
| 3:00 pm - 5:00 pm |
Session 2
3D-Machine Vision Solutions
Learn how advancements in 3D camera technology are enabling new solutions for more applications than ever before. Review the many vision-based 3D-measurement techniques and which achieve the best results. This session will provide real application techniques you can use in electronics, pharmaceutical, food & beverage, aerospace, automotive and many other industries. |
| 7:00 pm to ? |
The Vision Networking Party
Hard Rock Café – Cavern Club
Join this party for great networking, dinner, drinks and Boston’s hottest contemporary blues/rock band, Ernie and the Automatics. The private party is open to Vision Show attendees and exhibitors - tickets ($25) are required. The Hard Rock Café is approx. two miles from the Hynes Convention Center near the historic Faneuil Hall area of Boston. Tickets can be purchased online with your show or conference registration. |
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| 8:00 am - 10:00 am |
Session 3
Integrating Machine Vision for Automation Systems
Learn how to integrate machine vision and incorporate it into an automation system. This tutorial will discuss application analysis, project specification and implementation of components for a machine vision system. It will also address integration of a machine vision system into a full automation system including network communications. Targeted for attendees with a basic understanding of machine vision, optics and lighting, the session will interest anyone seeking a deeper insight into machine vision systems integration as well as those who need to network the system into existing automation. |
| 8:00 am - 10:00 am |
Session 4
Machine Vision Solutions using Non-Visible Imaging
Non-visible imaging methods offer unique benefits for a variety of vision tasks. In this session, you’ll learn more about infrared and thermal techniques and better understand if non-visible imaging solutions are right for your specific needs. |
| 10:00 am - 11:00 am |
Certified Vision Professional – Basic Level EXAM
This proctored exam is part of the Certified Vision Professional training series. The exam covers the fundamentals of machine vision; beginning lighting and optics; basic vision software and algorithms; and basic camera and sensor technology. Take the four corresponding tutorials first or just take the exam. You receive AIA’s Certified Vision Professional – Basic Level certificate with a passing test score. |
| 1:30 pm to 5:00 pm |
Tutorial 7
Advanced Lighting & Optics for Machine Vision
Instructors: Stuart Singer, Schneider Optics
Designed for the engineering professional, this course concentrates on real world techniques for putting together illumination and optic systems that work. You’ll learn how to select proper illumination wavelengths and how to deal with complex part surface geometries. Other topics will include lens/component selection, optomechanical layout, including system bends, illumination integration, controlling back reflections and mounting techniques. Prior attendance at a Basic Lighting & Optics course is encouraged, but not required. |
| 3:00 pm - 5:00 pm |
Session 5
Machine Vision for Traceability, Error Proofing and Part Marking
Automatic component identification and unit-level product traceability is rapidly being deployed throughout many industries, thanks to advances in image processing technology. You’ll learn about how direct part mark identification and 2D data matrix symbology can efficiently handle applications for traceability, error proofing, and process control. |
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| 8:00 am - 10:00 am |
Session 6
Trends Enabling Vision Guided Robotics Advances
This class will provide an overview of VGR technology and the applications that can benefit from using it. You’ll learn about technology advances that specifically enable VGR such as 3D-vision extraction, lasers, light-enabled technology and camera interface enhancements. |
| 8:00 am - 10:00 am |
Session 7
Future Directions for Camera Interface Technologies
Learn how changes developing in camera interface technologies will positively affect your machine vision systems. Get an overview of standards available today and what lies ahead for camera interfaces such as GigE Vision®, CameraLink®, FireWire and USB. You’ll leave this class with a better understanding of standards allowing you to develop the right investment strategy for your company. |
New Product Showcase
Check out this showcase of some of the new products that will be at The Vision Show. Visit these companies to see these new products displayed in action, learn how you can implement them, and compare them with other products at the show. Meet with vendors face-to-face and discuss your company’s challenges with experts in the field (no appointments necessary).
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Smart Card / USB Recorder CM1500
Record HD High-Definition images and audio to TELI's new SmartCard recorder. DVI input and output for recording and monitor display Movie encoding format H.264 High profile Level 4.0 Fine: 12 Mbps, Normal: 9 Mbps, Long time: 6 Mbps SD card Class 6 Longest recording time supported when USB is selected Max. recording time Fine: Approx. 360 min Normal: Approx. 480 min Long time: Approx. 720 min Picture encoding format JPEG Microphone input for audio recording - great for microscopy applications where audio notetaking is advantageous Supports HD Resolutions.
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RCX C-Link Coax2
RCX C-Link Coax2 is a remote camera extender that adapts CameraLink data to new or existing coaxial cable runs – up to 600 ft. from the host computer. The module, similar in size to a CameraLink cable connector, works with multiple base-mode camera models and attaches directly to the camera’s MDR26 connector. Two coaxial cables link the two SMA connectors to a second module to connect to an EDT or third-party CameraLink framegrabber. If the camera is free-running and you do not need to control it via serial or CC lines, only one coaxial cable is needed.
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Vivid Engineering CLM-611 CameraLink Multiplexer
The CLM-611 CameraLink Multiplexer from Vivid Engineering interfaces up-to four CameraLink cameras to one frame grabber using standard CameraLink cables. This capability supports applications requiring the ability to select between multiple cameras. The CLM-611 incorporates high-speed 85 MHz interfaces and supports all CameraLink configurations (base, medium, full). Multiple CLM-611s may be cascaded to support more than four cameras. |
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Vivid Engineering CLS-212 PoCL CameraLink Simulator
The CLS-212 CameraLink Simulator is a high-performance video test pattern generator supporting all CameraLink configurations (base, medium, full) as well as 80-bit mode and Power over CameraLink (PoCL). Fully programmable video timing enables the CLS-212 to mimic the characteristics of cameras with video clock rates up-to 85 MHz. The CLS-212 is controlled using a PC RS-232 serial port, or USB port with optional adapter. The CLS-212 CameraLink Simulator is extremely useful for developing, testing, and integrating CameraLink products, systems and PoCL cables. |
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Vivid Engineering CLV-412 CameraLink Video Splitter
The CLV-412 CameraLink Video Splitter from Vivid Engineering interfaces one camera to up-to four frame grabbers using standard CameraLink cables. This enables the use of multiple frame grabbers for applications requiring parallel or distributed processing, camera sharing, etc. The CLV-412 incorporates high-speed 85 MHz interfaces and supports all CameraLink configurations (base. medium, full). Multiple CLV-412s may be cascaded for large parallel processing systems. |
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Vivid Engineering CLR-102 CameraLink PoCL Repeater/Adapter
The Vivid Engineering CLR-102 CameraLink Repeater/Adapter is a cost-effective approach to increasing separation between camera and fame grabber in PoCL (Power over CameraLink) applications. The CLR-102 also enables the use of PoCL cameras with standard (non-PoCL) CameraLink frame grabbers. One CameraLink cable connects the camera to the CLR-102, and a second cable connects the CLR-102 to the frame grabber. This solution provides a 20 meter reach between camera and frame grabber. CLR-102 incorporates the PoCL Safe Power feature and high-speed 85MHz interfaces. |
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ace Cameras
ace cameras are designed to meet the cost demands of analog camera users while offering all of the technological advantages of a digital camera. The cameras provide an extremely small 29 x 29 mm footprint, Power over Ethernet, high-performance features, and very easy integration on both the hardware and software sides. Because ace cameras have a mechanical mounting and optical concept identical to most analog, USB, and IEEE 1394 cameras, the integration effort required for an ace camera is low. The ace series will initially consist of four camera models in monochrome and color with resolutions from VGA to two megapixels and featuring a C-mount adapter. All cameras are equipped with a CCD sensor.
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aviator Cameras
With one megapixel resolution and 120 frames per second speed, aviator cameras redefine mainstream performance Based on Kodak’s new KAI-1050 CCD sensor with a resolution of 1024 x 1024 pixels, this camera series pushes the speed barrier to a new height of 120 frames per second. Progressive scan readout and global shutter technology combined with a CameraLink data interface make the aviator camera well suited for various application areas such as semiconductor and electronics manufacturing, metrology, or medical imaging. Aviator cameras offer excellent imaging results in terms of dynamic range and noise level, factors that will be measured and documented for each camera by automated EMVA 1288 sensitivity testing during production.
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sprint Cameras
The sprint series uses a unique dual line CMOS sensor design that provides outstanding image quality at a maximum line rate of 140 kHz which has not been reached before at the resolution of 4096 pixels. Several useful features and a wide variety of available accessories assure excellent inspection results and easy adaptation to the application. The Basler sprint line scan family is based on a next generation pixel design that combines the positive attributes of CCD and CMOS in a dual line sensor. With the Basler sprint 8k, speed and throughput can be increased significantly. Alternatively, the Basler sprint 8k can be used to scan more parts in a certain time due to the higher resolution.
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Spyder3
DALSA's Spyder3 Color is a color line scan camera based on the successful Spyder3 dual line scan monochrome model. This camera provides a low-cost solution with high color fidelity, flexibility, and ease of use. The Spyder3 Color camera offers 2k and 4k resolutions with a 14x14 um or 10x10 um pixel size. The camera offers proven performance for OEMs and systems integrators to compete successfully in the machine vision industry.
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Falcon VGA300 HG, 1M120 HG, and 1.4M100 HG
DALSA's Falcon series of cameras includes resolutions from VGA to 4 megapixels with frame rates up to 300 fps and models optmized for high sensitivity or high dynamic range. The Falcon VGA300 HG, 1M120 HG, and 1.4M100 HG feature high quality DALSA CMOS image sensors and are ideal for electronics inspection, semiconductor inspection, industrial metrology (gauging) and other machine vision applications.
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Genie C1280 and Genie M1280
Genie C1280 and Genie M1280 cameras feature high quality, 1.2 Megapixel image sensors ideal for industrial imaging applications in the semiconductor, robotics and traffic control industries. The Genie series cameras are extremely easy to use and this has resulted in their success and swift adoption. The cameras have rapidly displaced analog cameras to become the “camera of choice” in machine vision. Like all Genie cameras, the C1280 and M1280 are certified GigE Vision compliant, and are based on the AIA (Automated Imaging Association) GigE Vision Standard.
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AViiVA EM1 line scan camera
The e2v AViiVA EM1camera offers ease of use, multi cast capabilities and overall system cost perspectives of the GigE interface. AViiVA EM1 features unmatched electro optical performances and the highest line rate of the market. The camera embeds an advanced GPIO that meets with the latest Genicam standard and SNFC v1.2.1 in order to bring the most versatile solution and the needed interoperability to deal with peripheral components. A user friendly software package is also released and includes iPORT PureGEV suite from Pleora and standard/high performance drivers.
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DiViiNA LM1 line scan camera
The e2v DiViiNA LM1 line scan camera has been specifically designed to provide the best answer to machine vision system integrators that are under cost reduction pressure and eager to maintain high liner CCD performance in a 1k, 2k and 4k pixel format. Offering a GigE interface gives further cost reduction perspectives at the machine vision system level and therefore makes DiViiNA LM1 an outstanding choice for mid-range machine vision applications. The simple functionalities of DiViiNA LM1 coupled with a user friendly software package make the integration very easy.
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NEW Affordable, High Performance Machine Vision Camera 1.3MP
PL-E531U is a high performance 1.3 mega pixel monochrome camera, designed for a broad range of industrial and machine vision applications. The SXGA resolution 1280 x 1024 provides 30fps. The sensor architecture provides superior anti-blooming compared to CCD sensors making the PL-E531U an excellent choice for imaging highly reflective objects or scenes with intense illumination.
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NEW Affordable, High Performance Machine Vision Camera 5.0MP
The PL-E535 is a high performance 5.0 Mega Pixel camera designed for a broad range of industrial and machine vision applications. The PL-E533 resolution or 2592 x 1944 provides 7fps.The sensor architecture provides superior anti-blooming compared to the CCD sensors making the PL-E533 and excellent choice for imaging highly reflective objects or scenes of intense illumination. The flexible region of interest (ROI) control allows users to operate at higher frame rates by place a lower resolution "window" in the imager at any location with a granularity of 8 pixels by 8 pixels.
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NEW Affordable, High Performance Machine Vision Camera 3.0MP
The PL-B533 is a high performance 3.0 Mega pixel monochrome or color camera. PL-E533 resolution or 2048 x 1536 provides 12fps. The sensor architecture provides superior anti-blooming compared to the CCD sensors making the PL-E533 and excellent choice for imaging highly reflective objects or scenes of intense illumination. The flexible region of interest (ROI) control allows users to operate at higher frame rates by place a lower resolution "window" in the imager at any location with a granularity of 8 pixels by 8 pixels.
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Photonfocus MV1-D1312-240 CMOS Camera
World fastest Base CameraLink® Base camera, 1248x1082 @ 169fps. Based on the 3rd generation CMOS sensor from Photonfocus this camera offers superior image quality, High sensitivity over wide spectral range from 320 to 1030 nm, High Quantum efficiency (> 50%), High pixel fill factor (> 60%), High dynamic range of up to 120 dB via LinLog® Technology.
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Photonfocus EL1-D1312-160 Electroluminescence Camera
The new EL1-D1312-160-CL-12 camera Photonfocus is a new uncooled CMOS camera for the inspection of solar cells based on electroluminescence. The 1.4Mpix camera is based on the newly developed 3rd Generation Photonfocus A1312 CMOS imager which is optimized for applications in the visible as well as the NIR (Near Infrared up to 1100nm). * 1312 x 1082 pixel resolution @ 108fps * Very Good Near Infrared (NIR) response * Uncooled CMOS camera * Designed for electroluminescence applications * Short exp (< 1sec).
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Photonfocus MV1-D1312C-160-CL-12 Color CMOS Camera
New fast 1.4 MP Color Camera with 3rd generation A1312C CMOS color image sensor from Photonfocus. Features include: 1312 x 1082 pixel resolution, up to 108 fps @ full resolution, color (Bayer RGB), Integrated NIR cut-off filter, up to 12 bit grayscale resolution, global shutter, high Quantum efficiency (> 40%), high pixel fill factor (> 60%), dynamic range of 60 dB in linear mode, up to 512 regions of interest (MROI), 2 look-up tables (12-to-8 bit) on user-defined image region (Region-LUT), digital fine gain / color fine gain (channel independent). |
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CSC12M25CMP19
12 Mega-Pixel Color camera at 25 FPS boasting a proprietary and patented twelve-megapixel 1.9-inch progressive scan sensor. With its incredible 4096 (H) x 3072 (V) resolution, the camera delivers an overall level of color performance and ease-of-use that is unmatched by any other camera on the market. Add this camera to your list of must see cameras at the Vision Show. Featuring multiple WOI's, CMOS sensor with anti-blooming characteristics, global shutter and wide dynamic range. Slecect this camera for high-speed machine vision, parts inspection and robotics. |
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PoCL Lite CleverDragon
TELI announces its smallest CameraLink camera at only 20mm this 1/3" CCD PoCL Lite mini-cube camera is ideal for manufacturing and robotics, especially where space is extremely limited. Despite the compact size this camera deliver outstanding performance with 60 FPS and is designed for demanding image capture applications. The versatile 20mm camera offers VGA resolution and Lens mount M10.5 (Pitch = 0.5). Stop by to see the size of this tiny powerful camera in person. |
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PoCL mini cube CleverDragon Series
PoCL mini-cube cameras, Toshiba Teli introduces the 29mm PoCL CleverDragon mini-cubes that free up the user from integration space issues, while providing superior shock- and vibration-resistance for industrial environments. In addition to the convenient compact sizes these cameras deliver outstanding performance in demanding image capture applications. The versatile 29mm camera offers VGA, XGA, SXGA and UXGA resolutions and are ideal for a wide range of industrial imaging, robotics and machine vision applications requiring high-speed, detailed imaging. |
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1080P HD CMOS CSDW60CM28
FULL HIGH-DEFINITION: State-of-the-art, one-piece Full HD (1080p) camera integrates a 1/2.8” CMOS color sensor to achieve SXGA (1920 x 1080 pixels) at 60 fps for the absolute sharpest, most clearly defined images with the truest possible colors. Optimized for today’s challenging machine vision, microscopy, aerospace, broadcast and R & D applications includes 2 line generator DVI INTERFACE Simple to use, ultra-fast DVI interface assures highest levels of reliability, compatibility and image quality. Syncs with new Toshiba Teli SD card recorder and DVI input monitors. |
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720P HD CMOS CSDW60CM3
State-of-the-art, one-piece HD camera integrates a 1/3” CMOS color sensor to achieve 1280 x 1024 or 1280 x 720 at 60 fps for the absolute sharpest, most clearly defined images with the truest possible colors. Optimized for today’s challenging machine vision, microscopy, endoscopy, aerospace, broadcast, and R & D applications. Features 2 line generator, C-mount for lens. DVI INTERFACE Simple to use, ultra-fast DVI interface assures highest levels of reliability, compatibility and image quality. Syncs with new Toshiba Teli SD card recorder and all DVI input monitors. |
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CoaXPress Interface for the Sony FCB-H11
The Active-CXP interface is for Sony’s popular HD resolution block camera with built in 10x optical zoom. It provides video data, serial control and power all over a single coax cable at distances of over 100 metres. CoaXPress is a revolutionary new digital video interface format capable of sending video, control and power at high speeds over conventional coax cable. It combines the simplicity of coax cable with high speed serial data technology. For the PC interface, we offer the Phoenix-CXP frame grabber resulting in a complete solution for HD imaging systems. |
EDT, Inc.
Booth #323 |
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PCle8 DV C-Link / IRIG-B
PCIe8 DV C-Link / IRIG-B is a CameraLink interface with IRIG-B time code input for PCI Express. The board supports real-time image capture and precise timestamping for one full-, one medium-, or up to two base-mode cameras. Camera speed and resolution are limited only by host bandwidth and memory. EDT provides drivers for Windows, Linux, Solaris, Mac OS, and VxWorks and an SDK that includes C language libraries, examples, utilities, image capture and display GUI, camera configuration files, and CameraLink standard DLL for camera control.
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CMOS 1.3MP Image Sensor
The e2v new EV76C560 CMOS 1.3MP image sensor is ideal for all industrial area scan cameras, surveillance cameras and barcode scanning applications. This high performance 1280 x 1024 sensor has a unique application oriented feature set that includes: • Dual true global shutter and rolling shutter modes • Multi RoI with embedded image histograms • Wide dynamic modes • 60 fps • Good SNR • Global shutter efficiency >3000:1 |
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LAT elektronik AB
Booth #431 |
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LED Light Lines
Besides the wide range of LED illumination for machine vision applications, Latab has introduced a new series of LED light lines. The new extreme bright LED light line is equivalent with the many complex light lines with active cooling. Standard lengths are available from 70 to 992mm and custom design is also available for lengths over 1000mm. The new LED light line is controlled by one controller out of the wide selection and can be used in continuous or strobe mode. The adjustment of settings can be done manually, via a control voltage , RS232 or Ethernet interface. |
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NERLITE® machine vision lighting
Microscan’s NERLITE machine vision lighting includes approximately 300 standard configurations in multiple geometries, sizes, and wavelengths. NERLITE products are optimized for factory applications by standardizing on 24-volt power, standardizing on industrial connections, allowing operation to 40ºC, and using a single-point controller for any light. The new NERLITE® NL-200 controller is Ethernet-based and can be accessed and controlled via internet browser. It provides precise light intensity control of illumination, plus fast and microsecond accurate timing. |
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High Brightness Light Lines: COB, SMD, and MLNX
Our HB LED Light Lines provide high brightness illumination for today’s increasingly challenging line scan applications. They are available with SMD and COB LEDs in a variety of wavelengths. Active and passive air-cooling as well as water-cooling options are available for continuous control of the LED board temperature to enable optimal performance. Design concepts allow for lengths of 120 mm to 3000 mm in increments of 120mm or 150 mm depending on the model. Our HB LED Light Lines have no interference with CCD cameras due to constant current control operation. |
| OPTICS/LENSES/FILTERS |
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SOD-20X-VI Telecentric Lens
The SOD-20X-VI is MORITEX’s new, revolutionary machine vision telecentric lens. With optical magnification of 20x, numerical aperture of 0.35 and resolution of 1 µm, this lens is on par with microscope objectives. Its compact design, integrated coaxial illumination and long WD of 37.5 mm make it ideal for mounting and less susceptible to heat & interference during manufacturing. Coupled with rear converter lenses, magnifications of 30x & 40x can be achieved. This allows for the imaging of fine characteristics with a precision never before reached in machine vision. |
ML-L00502 Line Scan Lens
The ML-L00502 is a new large format, low magnification lens suitable for a wide range of machine vision applications with its adjustable magnification of 0.05 to 0.2x and WD of 420 to 1,590 mm. This new lens is compatible with image sensors of up to φ62 mm and was designed for high end image processing that requires a peripheral light volume ratio of > 80% with optical distortion of < 0.1%. This model is a wonderful complement to our growing ML-12K5A lens series designed for high resolution line and area scan cameras used for glass, web and TFT inspection applications. |
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Bytewise CrossCheck Laser Profile Sensor
Affordable, High Resolution Laser Profile Sensor Easy to use CrossCheck “shape tools” measure radius/diameter, height, width, angle, and location. Master Profile Comparison provides Pass/Fail testing for contours, and makes small variations easily visible. All for less than the price of a single point laser sensor. CrossCheck is ideal for OEMs who need a fully designed, calibrated, and environmentally sealed 3D laser machine vision solution. |
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FLIR A320
FLIR’s A320 is an affordable, flexible infrared camera that OEMs and system integrators can use in a variety of machine vision, automation, and process monitoring applications. A320 Product Features: • 320 × 240 thermal resolution • EtherNet/IP connectivity • Digital camera control • Built-in image analysis and alarm functions • NTSC/PAL composite video • MPEG4 digital video For intelligent cameras that provide continuous infrared imaging in the most challenging environments, choose FLIR’s A-Series infrared cameras.
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FLIR A615
FLIR’s new A615 is a high-performance, high-resolution infrared camera that OEMs and system integrators can use in a variety of machine vision, automation, and process monitoring applications. A615 Product Features: • 640 × 480 thermal resolution • Fast frame rate • Temperature-rich 16-bit digital video • Digital camera control • GiGE Vision and GenCam compliant For intelligent cameras filled with the latest imaging and communication features you need to provide continuous infrared imaging in extreme environments, choose FLIR’s A-Series infrared cameras.
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Visionscape® machine vision software
Microscan’s Visionscape is a completely scalable, machine vision single-software package that can be used on machine vision boards, GigE solutions, and smart cameras. Visionscape’s comprehensive machine vision toolset includes; blob analysis, OCR, OCV, barcode, vector and edge algorithms, plus the industry leading pattern-matching tool, Intellifind®. Visionscape 4.1 brings additional tools such as color matching and color segmentation. |
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GigESim
A&B Software’s New GigESim software product is a GigE Vision simulator, converter and server. A computer running GigESim presents itself to the network as a real GigE Vision camera for GigE application development when a camera is not available. GigESim can also convert USB, 1394, CameraLink cameras into virtual GigE Vision cameras accessible on a network, with full remote control over camera parameters. Finally, GigESim can be used as a GigE Vision server SDK allowing developers to stream images to multiple computers for distributed processing and surveillance. |
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ActiveDVR
ActiveDVR is the latest addition to ActiveDcam and ActiveGigE, popular A&B Software's SDKs for FireWire and GigE Vision cameras. With the ActiveDVR you can turn your FireWire or GigE Vision application into a full-scale DVR. Record high-speed video from multiple cameras to RAM and AVI files with adjustable compression and sound, full playback control of recorded videos in multiple synchronized windows, timestamps and pre- and post-processing. All features can be implemented into your application within minutes, by simply dropping ActiveX objects onto your form. |
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RAPID-V
RAPID-V is a powerful, flexible turnkey 3U computer system for fast real-time recording and playback of image data. It works with EDT framegrabbers to support one or more CameraLink or AIA cameras. The system comes with 16 TB of storage for greatly extended recording times, as well as EDT’s RAPID-V software (built-in GUI, drivers, application code, and library and software for the record/playback server). The system supports remote operation and uses COTS components to allow for upgrades.
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SVCapture8 High-Speed Imaging System
SVC's new SVCapture 8 system is capable of simultaneously capturing to disk from 8 Photonfocus MV1-D1312-160-CL-12 cameras using a single computer. 1312 x 1082 @ 108fps x 8 = 1.23GB/sec direct to disk with no lost frames! Complete systems include cameras, power supplies, cables, lenses, computer and capture software and can be customized to your requirements (including camera make and model). SVCapture, SVCapture2 and SVCapture4 configurations for 1, 2 and 4 cameras are also available. |
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