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Camera filters provide a range of optical filtering effects in scientific, research, and industrial applications. Search by Specification | Learn More
Video cameras take continuous pictures and generate signals for display or recording. They capture images by breaking them down into a series of lines. This search form does not include consumer devices such as camcorders. Search by Specification | Learn More
Infrared heaters use a reflective shield to direct radiant heat onto a heated surface. Search by Specification | Learn More
Charge coupled device (CCD) cameras contain light-sensitive silicon chips that detect electrons excited by incoming light. They also contain micro circuitry that transfers a detected signal along a row of discrete picture elements or pixels, scanning the image very rapidly. CCD cameras use two-dimensional CCD arrays with many thousand of pixels. Search by Specification | Learn More
Complementary metal oxide semiconductor (CMOS) cameras use image sensors that operate at lower voltages than charged coupled devices (CCDs), reducing power consumption for portable applications. Each CMOS active pixel sensor cell has its own buffer amplifier, and can be addressed and read individually. Search by Specification | Learn More
Heat lamps are also known as infrared emitters, infrared bulbs, infrared tubes, or infrared lamps. Heat lamps differ from illuminating lamps in their low filament temperature, resulting in much less light and more infrared radiation. Search by Specification | Learn More
Infrared Sources are optoelectronic devices that emit infrared light. Learn More
Low light cameras are designed for low light applications. They contain sensors that are highly sensitive to light and reduce images to a series of lines. Search by Specification | Learn More
Thermal imagers detect heat patterns in the infrared wavelength (1 micron to 100 micron) spectrum. Search by Specification | Learn More
Charge injection device (CID) cameras are used in analytical instrumentation, industrial machine vision, medical, scientific and aerospace applications. Learn More
Camera lenses and video lenses attach to video cameras for use in machine vision, quality monitoring, security, and remote monitoring for industrial and commercial operations. This search form does not cover consumer video camera lenses. Search by Specification | Learn More
Photoelectric sensors use emitters and receivers to detect the presence, absence, or distance of target objects. Search by Specification | Learn More
High speed cameras are designed for rapid image acquisition for scientific or industrial analysis of rapidly changing or moving processes. Search by Specification | Learn More
Noncontact infrared temperature sensors absorb ambient infrared (IR) radiation given off by a heated surface. They are used in applications where direct temperature measurement is not possible. Search by Specification | Learn More
Smart cameras are stand-alone camera systems that contain an image sensor, integrated processor, and communication interface. They can be programmed for machine vision, security, and other imaging applications. Learn More
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Sony New GigE Cameras for Machine Vision Sony Visual Imaging Products
Phantom® v640 Camera for Industrial Applications Vision Research
The world's fastest high speed camera Photron USA, Inc.
Next Generation Smart Camera Technology DALSA
SONY EVI-HD1 Industrial Vision Source
Sony XCL-5005/CR Color Digital Camera Industrial Vision Source
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Infrared Panel Emitters; Thermal Circuits High Temperature Ceramic Etched Foil Element InfraRed Heaters for processing applications and Thermal Circuits Etched Foil Radiant Heaters for componentry in OEM end-products are custom designed to the application for cost savings. (read more)
Custom Infrared Panel Emitters and Custom Infrared Heaters from Thermal Circuits, Inc. (read more)
Carbon High Powered Infrared Heaters transmit large amounts of energy in a short time and at high efficiency. Infrared heaters, optimally matched to the materials to be heated, provide energy savings of up to 50%. Heraeus infrared lamp technology offers heat exactly where it is needed, with the optimum wavelength for the product and in line with the process. (read more)
Short wave infrared heaters from Heraeus are suitable for all applications in which the attainment of high temperatures in the shortest possible time is what counts. Infrared heaters from Heraeus are the most flexible in the industry. Sizes from 1 inch to 120 inches, power from 100 - 15,000 watts. The infrared heater emission maximum (wavelength) is between 0.9 and 1.6 micron. (read more)
Fast Medium Wave Infrared Heaters from Heraeus Noblelight feature exceptional stability and high power density. Fast response medium wave IR heaters can be supplied in all lengths up to around 6m. These long-life infrared lamps transfer heat at a medium wave spectrum and are particularly suitable for drying processes. (read more)
Automotive Infrared Heating Systems from Heraeus Noblelight, Inc. Production of motor vehicles needs fast, precise and accessible infrared lamps for many different processing operations during their manufacture. IR heaters from Heraeus Noblelight can carry out these infrared heater operations efficiently and exactly matched to the product and process. (read more)
Infrared heaters from Heraeus Noblelight cover the spectrum of applications. Our IR heaters are grouped into several types, based on wavelength. All Heraeus quartz heaters and infrared lamps are available in both stock and OEM configurations. Types include Shortwave Twintube, Shortwave Single Tube NIR, Fast Mediumwave, Carbon and Mediumwave. (read more)
Fast Medium Wave infrared Heaters transfer large amounts of energy in a short time. Infrared heaters from Heraeus work well with thin foils and large surface areas, and solid, small, or complex geometry work pieces can be heated up very quickly. Fast medium wave infrared lamps are perfect for high efficiency with all substrates and materials. (read more)
Medium wave Infrared heater for plastics, water and other solvents absorb medium wave radiation especially well. The use of medium wave infrared heaters helps in the effective drying of paints and lacquers and in the economical processing of plastic foils and sheet. Because of their long life, these infrared heaters are best suited for continuous processes. (read more)
Infrared heaters for Ultra-pure Water. Heraeus Noblelight now offers an infrared heater which provides rapid and efficient heating of liquids without any contamination. The innovative design of this infrared heater makes it ideal for handling sensitive process liquids (such as ultra-pure water and acids) used in semiconductor manufacture. (read more)
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Infrared - Wikipedia, the free encyclopedia Infrared (IR) radiation is electromagnetic radiation whose wavelength is longer than that of visible light (400-700 nm), but shorter than that of |
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Light-emitting diode - Wikipedia, the free encyclopedia reported on infrared emission from gallium arsenide (GaAs) and other semiconductor alloys in 1955.[6 Braunstein observed infrared emission generated |
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Infrared emitting diodes - Vishay 850-nm Infrared Emitters Illumination for video camera surveillance See Vishay Intertechnology, Inc. Information |
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Vishay's New High-Speed, High-Power Infrared Emitters MALVERN, PENNSYLVANIA ? July 28, 2004 ? Two new infrared emitters aimed at CMOS camera and high-speed IR data transmission applications were launched See Vishay Intertechnology, Inc. Information |
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10.1117/2.1200711.0917 Infrared stereo camera detects... 10.1117/2.1200711.0917 Infrared stereo camera detects pedestrians Bo Ling A system that monitors the presence of walkers at street intersections can |
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Infrared Technology and Applications XXII - Aerospace/Defense... PtSi infrared camera for astronomical observations PANIC (PtSi Astronomical Near-Infrared Camera) in South Africa and its astronomical applications |
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Weatherproof Color Infra-red Bullet Camera Color Weatherproof Infra-red Bullet Camera includes: Color CCD Camera built into weatherproof metal housing with Infra-red Emitters, 5' video/power |
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Spotlight on Nanotubes | Physical Review Focus Mobile Ambipolar Domain in Carbon-nanotube Infrared Emitters Marcus Freitag, Jia Chen, J. Tersoff, James C. Tsang, Qiang Fu, Jie Liu, and Phaedon |
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Construction of a frameless camera-based stereotactic... Construction of a frameless camera-based stereotactic neuronavigator |
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[No Title] Camera Link® Analog output Standard Line Scan |