Description: This ultra high speed ICCD camera from Stanford Computer Optics is a reliable and top-of-the-line choice for any physical laboratory. Made in the United States in 2000 year, this camera is designed for use in a variety of healthcare, lab, and dental applications.Intensified Charge-Coupled Device (ICCD) cameras have a number of applications in the sciences, mainly due to their ability to capture images in very low light conditions and their ultrafast imaging capabilities. Here are the main applications of ICCD cameras in the sciences:Spectroscopy: ICCD cameras are widely used in spectroscopic studies, enabling the registration of weak light signals with high sensitivity.Fluorescence imaging: For fluorescence microscopy, ICCD cameras allow observation and analysis of fluorochrome-labeled biological preparations, including the study of changes in cellular calcium ion concentration or protein localization.Ultrafast imaging: With gating capabilities of up to 3 ns, ICCD cameras are ideal for recording rapidly occurring physical and chemical processes.Low-light studies: The image intensifier in the ICCD cameras allows images to be recorded in extremely low-light conditions, which is useful in astronomy and other fields requiring single photon detection.Quality control and production monitoring: In industry, ICCD cameras can be used for precise product quality control and monitoring of production processes that require high sensitivity and recording speed. Scientific research and development of new technologies: ICCD cameras are often used in advanced scientific research where high sensitivity and precision measurements are required.Real-time imaging: ICCD cameras enable high-speed data transfer and real-time imaging, which is crucial in many scientific experiments.With their high sensitivity, speed and ability to operate in harsh lighting conditions, ICCD cameras have become an invaluable tool in many areas of the sciences, enabling scientists to observe and analyze phenomena previously inaccessible to conventional imaging methods.This camera is broken, that is, it does not start when turned on, probably a short circuit on the motherboard, although there is no clear sign. Without a wiring diagram, it will be difficult to diagnose the problem, so it can serve as a donor of expensive parts
Price: 3397 USD
Location: Warszawa, MAZOWIECKIE
End Time: 2024-12-18T15:15:52.000Z
Shipping Cost: 100 USD
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Item Specifics
All returns accepted: ReturnsNotAccepted
Brand: Stanford Computer Optics
Type: 4 Picos
Unit Type: Unit
Model: 4 Pico 1 gen
Country/Region of Manufacture: United States
Unit Quantity: 4
Intended Use/Discipline: Physical Laboratory