Imaging

High-Speed Cameras

The Phantom VEO® from Vision Research (Wayne, NJ) incorporates 12-bit, 35-mm CMOS sensors (color or mono) with a choice of lens mount. At maximum resolution, the one-megapixel (1280×800) Phantom VEO 710 and 410 records at speeds up to 7,400 frames-per-second (fps) and 4,000 fps respectively, while the four-megapixel (2560×1600) VEO 640 and 340 records at speeds of 1,400 fps and 800 fps respectively.

Posted in: Products, Cameras

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Microscopy Camera

Basler USA (Exton, PA) has introduced an additional Basler PowerPack for Microscopy. The new PowerPack includes the Microscopy pulse 3.3 MP camera. With its 4:3 sensor format, the “pulse” 3.3 MP fits to the image circle of a microscope and reaches up to 20 frames per second. Additionally, an enhanced version of the Basler Microscopy Software offers image adjustment sliders on the top level of the user interface and shows the speed of the camera measured in frames per second.

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Multispectral Camera

PIXELTEQ (Largo, FL) has introduced the SpectroCam™ VIS-SWIR 640 multispectral imaging camera. The SpectroCam VIS-SWIR 640 features an InGaAs sensor for increased sensitivity, full frame 640 × 512 pixel resolution, and a 15 μm pixel pitch. The lightweight, portable camera produces live processed images of six spectral bands at a rate of 25 frames per second.

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High-Speed Cameras

Photron, Inc. (San Diego, CA) has announced a new 32GB memory option for the FASTCAM Mini AX, FASTCAM Mini UX, and FASTCAM Mini WX High Speed Camera Systems. The new memory option is doubled at 32GB; other memory options still available are 4 GB, 8 GB, and 16 GB.

Posted in: Products, Cameras, Photonics

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Non-Contact Vision Probe

RVP, Renishaw’s (Hoffman Estates, IL) new vision measurement probe for use with the REVO 5-axis measurement system on coordinate measuring machines (CMMs), increases the multi-sensor capability of REVO by adding non-contact inspection to the exisiting touch-trigger, high-speed tactile scanning, and surface finish measurement capability of the system.

Posted in: Products, Imaging, Machine Vision

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Packaging Inspection Technology

Rudolph Technologies, Inc. (Wilmington MA) recently unveiled its new patented Clearfind™ technology, which can detect organic defects that are difficult or impossible to see with conventional white-light imaging techniques. Organic contaminants are often the root cause of field failures, which occur after the material has been exposed to operating conditions for extended periods.

Posted in: Products, Cameras, Imaging

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Researchers Propose Modular Space Telescope

Researchers from California Institute of Technology are proposing the idea of a modular space telescope that could be assembled by robots. The space observatory would have a primary mirror with a diameter of 100 meters — 40 times larger than the Hubble Space Telescope.

Posted in: News, Imaging, Optical Components, Optics

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Introduction to Machine Vision Inspection

Product inspection with machine vision is vastly superior to manual inspection or using photoelectric sensors. With some basic knowledge and tools you can create a reliable, repeatable inspection process that will make your production line safer and more efficient. Download the whitepaper to learn how to dramatically improve production performance with easy-to-apply inspection applications.

Posted in: White Papers, Imaging, Machine Vision, Machinery & Automation, Robotics

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Smart Cameras Get Smarter

How Actionable Data Drives Today’s Imaging Technology Cameras are the eyes of the modern world. The devices equip today’s cars and machines, and real-time imaging capabilities support law enforcement, businesses, and homeowners. Thus far, cameras have been just that: simple cameras, eyes without a brain. Their sole purpose has been, primarily, to output images. Nowadays, however, cameras are “smarter.” In this article, we will review how imaging technology’s ability to intelligently process data will support new insights and applications.

Posted in: Articles, Features, Cameras, Imaging, Photonics, Artificial intelligence, Data acquisition and handling, Imaging and visualization

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Delivering Industrial Reliability in Scientific Lasers

Industrial-strength design and production methodologies improve the quality and productivity of scientific lasers. Scientific laser users have long relied on state-of-the-art performance (e.g., higher peak power, shorter pulse duration, wider wavelength tuning) to achieve groundbreaking results. Unfortunately, this high performance has often been emphasized at the expense of ease-of-use and reliability. Recently, however, this paradigm has dramatically changed, and some of the latest scientific lasers — including complex ultrafast amplifiers — now deliver both cutting-edge performance and exceptional reliability. This advance is sometimes referred to as “The Industrial Revolution in Ultrafast Science.”

Posted in: Articles, Features, Imaging, Lasers & Laser Systems, Photonics, Amplifiers, Lasers, Reliability

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