The QICAM camera is designed for quantitative analysis and high-resolution imaging in brightfield,...
Put Thunder in your research and capture images that elucidate results. Aggressively priced, this...
The DC2 is an emission splitting system enabling a user to acquire two spatially identical but...
Princeton Instruments has announced the immediate availability of the ProEM-HS line of high-speed EMCCD cameras with patented eXcelon3 technology (X3) for low-light imaging and spectroscopy applications. This advanced back-illuminated EMCCD technology offers combination of high quantum efficiency (>95% QE), best fringe suppression in the near infrared and single-photon sensitivity.LISTED UNDER: EMCCD | High-Speed
Vision Research has introduced the Phantom v2511, a light-sensitive, flexible and high-performance ultra-high-speed camera. The Phantom v2511 can capture up to 25,600 fps at full 1 Mpx resolution, making it the fastest member of the Phantom ultra-high-speed digital camera line.LISTED UNDER: MICROSCOPES, IMAGING AND LASERS | Cameras | Digital and High Resolution
Teledyne DALSA has introduced a new family of line scan cameras—the Linea series. The feature-rich Linea cameras address the mainstream market for machine vision applications by delivering high speed and flexibility in a compact form factor.LISTED UNDER: High-Speed
This new Scientific CMOS camera is optimized for fluorescence microscopy. optiMOS delivers 10x the time resolution of CCD cameras without trading off on resolution or sensitivity. An alternative to traditional CCD cameras, optiMOS, combines speed with high resolution and increased sensitivity. The affordable sCMOS solution, optiMOS brings the advantages of low noise and high speed imaging to a broader range of cell biology applications. optiMOS is ideally suited for cell biologists using live cell, multicolor fluorescence; biophysicists studying membrane dynamics and protein and lipid trafficking; as well as neuroscientists looking at ion transport such as electrophysiology, calcium imaging and ratiometric imaging.LISTED UNDER: Digital and High Resolution | High-Speed
The Retiga 3000 is the ideal camera for high resolution snapshot fluorescence documentation. With 2.8 million pixels, a 4.54μm pixel pitch and a high quantum efficiency of 75%, this camera provides higher resolution and sensitivity than most standard fluorescence microscopy cameras. Available in monochrome or color, the Retiga 3000 uses a USB 2.0 data connection for a fast and easy installation.LISTED UNDER: CCD | Digital and High Resolution | High-Speed
An unequivocal advance in fluorescence documentation, the Retiga 6000 allows you to see larger areas in greater detail and with higher clarity. Capturing the largest Field of View is possible without having to compromise on resolution or sensitivity. With 6.05 million pixels and a 16mm sensor diagonal, the Retiga 6000 exploits the full microscope FOV, capturing twice the image area than most standard fluorescence cameras.LISTED UNDER: CCD | Digital and High Resolution | High-Speed
A cost-effective imaging solution, the Rolera Bolt video rate CMOS microscopy camera meets the imaging requirements for a diverse set of applications ranging from IR-DIC to whole organism motility studies including fluorescence documentation of C. elegans and Drosophila larvae. Capable of streaming at 30 full frames per second with 1.3 mega-pixel resolution and 3e-read noise, the Rolera Bolt is perfect for tracking dynamic events with detailed spatial and temporal resolution. Primary Applications Include: DIC, Phase-Contrast, Brightfield and Darkfield Microscopy, Whole Organism Motility Imaging, Video Rate Fluorescence Documentation, Semiconductor Surface Inspection and Metallurgical Microscopy.LISTED UNDER: CCD | Digital and High Resolution | High-Speed
The Rolera EM-C2 camera is a versatile bio-imaging platform which combines unprecedented 40 MHz speed with high resolution and low light sensitivity. Its Easy-EM™ feature provides one-click optimization of the camera’s EM gain settings in all modes of speed. Instant experimental repeatability is possible as each camera is uniquely characterized and operational with the best read noise reduction, dynamic range, and limited EM noise injection. Stream video of your experiment at 34.2 full frames per second. View live cells in high speed, with 200+ FPS using binning and ROIs. Primary Applications Include: Live Cell Imaging; Spinning Disc Confocal Microscopy; Fluorescent Protein Imaging; FRAP; Ion Imaging; Ratiometric Imaging; TIRFLISTED UNDER: CCD | Digital and High Resolution | High-Speed
Put Thunder in your research and capture images that elucidate results. Aggressively priced, this EMCCD was added to the Rolera family of cameras from QImaging. The Rolera Thunder camera delivers quantitative capability, linear EM Gain and exceptionally high frame rates, making this EMCCD camera ideal for super resolution. Primary Applications Include: Spinning-Disk Confocal Microscopy; Dynamic Ratio Imaging (e.g., pH, Low-Concentration Flux); FRAP (Fluorescence recovery after photobleaching); Live-Cell Fluorescent Protein Imaging; Astronomy; Bose-Einstein CondensateLISTED UNDER: CCD | Digital and High Resolution | High-Speed
The QImaging QIClick™ digital CCD camera provides solid performance and combines speed with resolution which allows for exceptional adaptability to all imaging requirements. Its IEEE 1394 FireWire Interface allows for Plug and Play simplicity with installation and ensures that a standard interface is available on all computers. The QIClick includes QCapture Suite imaging software and is extremely versatile. Applications : Brightfield; Phase-Contrast & Darkfield; Pathology; Histology & Cytology; Green Fluorescent Protein (GFP); FISH; Motility & Motion; DNA Analysis; Metallurgical Microscopy; Semiconductor Inspection; Mfg QC; Failure AnalysisLISTED UNDER: CCD | Digital and High Resolution | High-Speed
Versatile camera that excels in a broad range of life science applications, including high-speed kinetic studies and precision imaging for all microscopy modes. Advanced electronics & firmware produce extremely low dark current (equivalent to -22º C cooling), resulting in excellent images during long exposure times. When used with the optional RGB filter module, you can switch between monochrome, color and infrared imaging quickly and easily. Easy to use and can be installed and operational within minutes. Applications: Live-Cell Fluorescence; Fluorescent Protein (BFP, GFP, YFP, RFP); Time-Lapse Fluorescence; Kinetic Studies (Cell Trafficking & Cell Motility); Ratiometric (Calcium & pH); Immunofluorescence; Phase Contrast, DIC & BrightfieldLISTED UNDER: CCD | Digital and High Resolution | High-Speed
Features enhanced visible-range quantum efficiency resulting in high sensitivity. Ideal for brightfield, machine vision, metrology, and metallurgical imaging applications. A progressive-scan interline CCD sensor gives a resolution of 1.92 million pixels in a 12-bit digital output. High-speed, low-noise electronics provide linear digital data for rapid image capture. An IEEE 1394 FireWire® digital interface allows ease of use & installation with a single wire. No framegrabber or external power supply is required . Software is included for real-time image preview and capture. Applications: Brightfield/Darkfield; Fluorescence; Pathology, Histology, Cytology; GFP, FISH; DNA; NIR; Motility & Motion; Semiconductor Inspec; Failure; ForensicLISTED UNDER: CCD | Digital and High Resolution | High-Speed
Features enhanced well capacity and resolution resulting in high sensitivity that’s perfect for brightfield, LCD inspection & automated imaging. A progressive-scan interline CCD sensor gives a resolution of 4.19 million pixels with an aspect ratio of 1:1 in a 12-bit digital output making it ideally suited for the 22mm light column provided by many microscope camera mounts. High-speed, low-noise electronics provide linear digital data for rapid image capture. Includes software for real-time image preview & capture. Applications: Brightfield; Phase-Contrast & Darkfield; Fluorescence; Pathology, Histology, Cytology; DNA Analysis; Metallurgical Microscopy; LCD Inspection; Manufacturing QC; Failure Analysis; Forensic Analysis; Auto ImagingLISTED UNDER: CCD | Digital and High Resolution | High-Speed
The QICAM camera is designed for quantitative analysis and high-resolution imaging in brightfield, life science and industrial applications. A progressive-scan interline CCD sensor gives a resolution of 1.4 million pixels in a 12-bit digital output. High-speed, low noise electronics provide linear digital data at frame rates up to 110 fps with binning and ROI. QCapture imaging software (Windows® and Mac OS) is included for real-time image preview and capture. Primary Applications Include: Brightfield/Darkfield Microscopy; Live Cell; Pathology, Histology, Cytology; DNA Analysis; Motility and Motion Analysis; Semiconductor Inspection; Failure Analysis; Forensic AnalysisLISTED UNDER: CCD | Digital and High Resolution | High-Speed
The QImaging MicroPublisher with Real-Time Viewing (RTV) delivers unsurpassed interactivity and productivity by combining ultra-high resolution images with video-like, full-field-of-view frame rates up to 30fps. Scanning, framing, and focusing have never been easier than with the MicroPublisher RTV. The 30-bit color digitization produces high-quality images of brightfield, darkfield, and fluorescence work. For demanding lowlight applications, the MicroPublisher RTV Cooled camera minimizes thermal noise during long exposure times. Primary Applications Include: Brightfield Microscopy; Fluorescence Microscopy; Pathology, Histology, Cytology; Hematology; Still Image AnimationLISTED UNDER: CCD | Digital and High Resolution | High-Speed