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 | Highest resolution of the HD IP Camera series for monitoring large areas in maximum detail with fluid motion. |  | ||
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 | High resolution for monitoring large areas in higher than HD detail with fluid motion. | | ||
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 | HDTV 16:9 format and high refresh rate for capturing near real-time 1080P video. | | ||
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 | HDTV 16:9 format and the highest refresh rate available for capturing real-time HD video. | | ||
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 | Highest resolution possible for monitoring very large areas in detail - equivalent resolution of over 50 VGA cameras. | | ||
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 | Highest resolution possible for monitoring very large areas in challenging lighting conditions or with IR illuminators - equivalent resolution of over 50 VGA cameras. | | ||
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 | Very high resolution for monitoring large areas in detail - equivalent resolution of over 36 VGA cameras. | | ||
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 | Very high resolution for monitoring large areas in challenging lighting conditions or with IR illuminators - equivalent resolution of over 36 VGA cameras. | | ||
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 | High resolution and image refresh rate for fluid motion tracking of fast moving objects in detail. | | ||
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 | High resolution and image refresh rate for fluid motion tracking of fast moving objects in detail in challenging lighting conditions or with IR illuminators. | | ||
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 | HDTV 16:9 format and highest image refresh rate for tracking fast moving objects in detail and in real-time. | | ||
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 | HDTV 16:9 format and highest image refresh rate for tracking fast moving objects in detail and in real-time in challenging lighting conditions or with IR illuminators. | | ||
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 | INSIGHTTM 1800 2Megapixel CCD camera camera monochrome - Firewire interface. | | ||
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 | The SPOT BOOSTTM BT1900 back illuminated EMCCD camera has single photon detection capability without an image intensifier,combined with greater than 90% QE of a back illuminated sensor. | | ||
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 | The SPOTTMBOOSTTMBT 2000 back illuminated EMCCD has single photon detection capability without an image intensifier, combined with greater than 90% QE of a back-illuminated sensor. | | ||
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 | The SPOTTMBOOSTTMBT 2100 EMCCD has single photon detection capability without an image intensifier. Containing a 1004 x 1002 ImpactronTM Frame Transfer CCD sensor from Texas Instruments. | | ||
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 | INSIGHTTM 1420 4Megapixel CCD camera visible colour - Firewire interface. | | ||
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 | INSIGHTTM 1820 2Megapixel CCD camera visible colour - Firewire interface. | | ||
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 | INSIGHTTM 1400 4Megapixel CCD camera monochrome - Firewire interface | | ||
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 | The SPOT Idea™ 1.3 Megapixel camera is designed to deliver high impact digital images for scientist or microscopist in a value-laden package. | | ||
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 | The SPOTTM IdeaTM 3.1 Megapixel camera is designed to deliver high impact digital images for the serious scientist/microscopist in a value-laden package. | | ||
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 | The SPOTTM IdeaTM 5.0 Megapixel camera is designed to deliver high impact digital images for the serious scientist/microscopist in a value-laden package. | | ||
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 | SPOT Pursuit XS 1.4MP Monochrome with PCI Express Interface Card | | ||
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 | The SPOT RT3 digital camera is the newest camera version in the popular RT line of cameras, and it delivers improved performance in a number of areas. | | ||
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 | The SPOT Flex1500 Color Digital Camera gives you a new level of performance in a shifting CCD camera. | | ||
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 | Color live mode viewing window & controls,auto-exposure live and capture modes, image capture window, predefined and custom image setups, auto white balance, flat field correction, image enhancement tools in three color spaces (RGB, HSL, HSV), pan and zoom windows. | | ||
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 | SPOT Xplorer XS 1.4MP Monochrome with PCI Express Interface Card . | | ||
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 | Lightning RDTPlusTM captures 512 x 512 resolution images at 5,000 full frames per second (fps). RDTPlusTM features extended recording times to capture long duration events such as vehicle rollovers and missile flights. | | ||
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 | The The Lightning RDTTM (Research, Design and Test) camera combines high-speed digital video, intuitive camera control software and powerful analytical functions. | | ||
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 | Spectral range: 7.5 μm to 9.3 μm (L)- Very fast and sensitive high performance camera specially designed for demanding applications in research and development With novel MIO measurement interface for active IR imaging / thermography | | ||
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 | Spectral range: 3.4 μm to 5 μm (M) | | ||
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 | Extended spectral range: 1.5 μm to 5 μm (SM) | |||
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 | Spectral range: 7.5 μm to 9.3 μm (L) | | ||
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 | Spectral range: 3.4 μm to 5 μm (M) | | ||
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 | Extended spectral range: 1.5 μm to 5 μm (SM) | |||
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 | Spectral range: 3.4 μm to 5 μm (M) | | ||
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 | Extended spectral range: 1.5 μm to 5 μm (SM) | | ||
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 | Basada en un detector cerámico BST - La cámara THERMAL EYE 2000 B está basada en un detector cerámico de Bario Estroncio Titanio (BST) que lleva incorporado un estabilizador termoeléctrico. | | ||
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 | Anamorphous Silicon Bolometer (7-14µm):The Thermal-Eye 3600AS is the lightest and smallest infrared thermal imaging camera core with best-in-class power consumption. | | ||
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 | The Thermal-Eye 4500 is a thermal imaging camera core based on L3-Communications second generation Amorphous Silicon Micro bolometer detector technology. The 30-micron, 320x 240 pixels, focal plane provides the "best in class" image when compared against its industry peers. | | ||
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 | Cámara de amplio rango TSC | | ||
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 | The INFINITY1-1 is a ½" 1.3 Megapixel CMOS USB 2.0 Camera High Resolution CMOS Color or Monochrome Microscopy Camera for Qualitative Image Archiving.Cost-effective, versatile solution for clinical, life science, materials science and educational professionals. | | ||
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 | The INFINITY1-3 is a 3.1 Megapixel CMOS USB 2.0 Camera High Resolution CMOS Color Microscopy Camera for Qualitative Image Archiving. Now includes INFINITY ANALYZE Software! | | ||
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 | 5.0 Megapixel CMOS USB 2.0 Camera High Resolution CMOS Color Microscopy Camera for Qualitative Image Archiving. | | ||
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 | INFINITY2-1 is a ½" CCD chip 1.4 megapixel USB 2.0 camera designed to be a cost-effective and versatile solution for clinical, life science, material science and educational professionals working under low light conditions. | | ||
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 | The INFINITY2-2 is a 1/1.8" CCD chip megapixel USB 2.0 camera designed to be a cost-effective and versatile solution for a wide range of imaging applications where higher resolution archiving & a wide dynamic range are routinely required. | | ||
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 | The INFINITY2-3 is a 1/1.8" CCD chip megapixel USB 2.0 camera designed to be a cost-effective and versatile solution for a wide range of imaging applications where higher resolution archiving & a wide dynamic range are routinely required. | | ||
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 | The INFINITY3-1 is a ⅔" cooled CCD chip 1.4 megapixel USB 2.0 camera designed to be used in a wide variety of scientific applications. | | ||
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 | 11 Megapixel CCD USB 2.0 Camera Large Format High Resolution Digital CCD Microscopy Camera for Quantitative Image Analysis.Lumenera’s INFINITY4-11 digital CCD camera is based on the Kodak KAI-11002 progressive scan CCD sensor. | | ||
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 | This high-speed USB 2.0 camera provides 5 fps at 3000 x 2200 pixels. - Based on a high-quality >2/3" CMOS sensor with rolling and half global shutter. Unique 6.6 megapixel image sensor provides higher dynamic range of 100dB with multi-slope integration mode during video capture. | | ||
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 | Ultra-wide Dynamic Range Network Camera: Lumenera’s Le045 series of network cameras are designed for general security applications, providing high quality, progressive scan images in high contrast environments. | | ||
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 | Lumenera’s Le259 series of network cameras are designed for higher end security applications, particularly in low-light conditions where high dynamic range is required. | | ||
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 | 11 Megapixel Network Camera: Streaming full 4008 x 2672 resolution at up to 5 frames/sec, these cameras deliver outstanding picture quality and performance. | | ||
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 | 1.4 Megapixel Camera - Le165 /Le165C-DN: Lumenera's Le165 series of network cameras deliver ultimate 'megapixel' picture quality at 15 fps and are now available with optional true day/night functionality. | | ||
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 | The PL-A662-KIT includes the popular 1.3 Megapixel CMOS Firewire camera and PixeLINK Capture SE. | | ||
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 | The PL-B621MF-KIT is a 1.3 megapixel monochrome camera suitable for bright-field microscopy. | | ||
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 | The PL-B622CF-KIT is a 2.0 megapixel color camera suitable for bright-field microscopy. | | ||
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 | The PL-B623CF-KIT is a 3.0 megapixel color camera suitable for bright-field microscopy. | | ||
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 | The PL-B686CF-KIT is a 6.6 megapixel color camera suitable for bright-field microscopy. The PL-B686CF-KIT uses a standard FireWire interface for plug-and-play operation with the host computer. | | ||
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 | The GE640 is a fast, VGA-resolution (659x493), high-performance machine vision camera with Gigabit Ethernet interface (GigE Vision*). | | ||
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 | The 1.4 Megapixel GE1350 is a high-resolution CCD camera with Gigabit Ethernet interface (GigE Vision*). | | ||
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 | The Retiga-EXL utilizes a cooled interline CCD and the remarkable speed of Lightwire 800 (an optimized version of the IEEE-1394b protocol). High-Speed, Extremely Sensitive IEEE 1394 FireWire® integates the ICX285 CCD sensor from Sony. | | ||
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 | For High Dynamic low light fluorescence and Polarization applications. | | ||
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 | The QImaging® Retiga-4000RV CCD digital camera has been specially engineered for low-light, high dynamic range applications. | | ||
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 | The QImaging® Retiga-2000RV CCD digital camera has been specially engineered for low-light, high dynamic range applications. | | ||
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 | For low-light, high-speed, and high-sensitivity in life science applications. | | ||
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 | Image-based high-speed triggering device.High speed camera with TCP/IP Gigabit ethernet interface. Burst 1280x1024 @532-fps to on-board memory or stream for hours to disk array. | | ||
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 | Unique High speed portable Camera.200fps VGA - Auto save to hard disk - use handheld or on tripod /monopod. | | ||
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 | Teli CS4XXX Remote Head B&W Camera: CCD 1/2" or 1/3", remote-head, CCIR, Interlaced, AGC, Random trigger Shutter | | ||
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 | Teli CS6460 Compact Color Camera: 1CCD 1/4", compact, PAL, Interlaced, CVBS + Y/C +Chroma output | |||
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 | Teli CS6900 Compact Color Camera:1CCD 1/2”, compact, CCIR, Progressive Scan, Random Trigger Shutter, Square Pixels, RGB output | | ||
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 | Teli CS6921 Remote Head Color Camera: 1CCD ½’’, remote head, 1636x1236, Progressivescan, Monitor output, SCSI-2 output, Memory, C-mount | | ||
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 | The CSB 1100CL is a new ultra high resolution camera employing a 8.31 x 6.85 mm 1.3 mega pixel CMOS sensor with 1240 x 1023 square pixel. It is designed for the most demanding machine vision and factory automation applications. | | ||
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 | The CSB 4000CL is a new ultra high resolution camera employing a 12.2x12.2 mm 4 mega pixel CMOS sensor with 2008 x 2047 square pixel. It is designed for the most demanding machine vision and factory automation applications. | |||
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 | The CSB 4000Fis a new ultra high resolution camera employing a 12.2x12.2 mm 4 mega pixel CMOS sensor with 2008 x 2047 square pixel. It is designed for the most demanding machine vision and factory automation applications. | | ||
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 | Telos ha elaborado la primera cámara hiperespectral, un sensor optimizado para proporcionar información especial y espectral acerca de los blancos IR bajo seguimiento. | | ||
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 | NIR-300 Near-Infrared Camera with 320x256 pixel- InGaAs sensor- No cooling | | ||
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 | The Condor™ 486EF is an ultra-sensitive, fiber-optic coupled camera for imaging phosphors or other x-ray electron scintillators. | | ||
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 | The Condor™-486:90 is an ultra-sensitive, fiber-optic coupled camera for use in X-ray imaging applications that demand a large field of view and high throughput. | | ||
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 | The Condor™-486:200 is an ultra-sensitive, fiber-optic taper coupled camera for use in X-ray imaging applications that demand a large field of view. | | ||
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 | The Condor™-486:135 is an ultra-sensitive, fiber-optic taper coupled camera for use in X-ray imaging applications that demand a large field of view. | | ||
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 | The Peregrine™486SX is a high-performance imaging camera for use in low energy x-ray detection applications. | | ||
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 | A high performance scientific camera for use in applications that demand extreme sensitivity under low light conditions. | | ||
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