Used ANDOR TECHNOLOGY Zyla 5.5 USB Water Cooled sCMOS #9290275 for sale

ANDOR TECHNOLOGY Zyla 5.5 USB Water Cooled sCMOS is a powerful digital microscope equipment perfect for imaging a variety of applications in life science and microscopy. The device features a 5.5 megapixel back illuminated sCMOS (scientific complementary metal-oxide-semiconductor) sensor for improved dynamic range, greater sensitivity, and efficient noise reduction that helps deliver excellent resolution. The system offers aUSB 3.0 interface, which provides access to a wider range of capabilities, including high frame rates and reduced latency for optimal results. The device offers a WiFi module that can be used to control the unit via a smartphone or tablet. ANDOR TECHNOLOGY Zyla 5.5 USB Water Cooled sCMOS comes with a user-friendly interface and is highly customizable, allowing users to tailor the settings to their needs. An integrated cooling machine ensures stable temperatures for the image sensor for improved image quality and efficient performance. The cooling maintains a constant temperature, keeping the image sensor from heating up due to the longer exposure times needed for live cell imaging applications. The tool also has an improved LED display, making it easy to monitor the status of the asset and access menus quickly. ANDOR TECHNOLOGY Zyla 5.5 USB Water Cooled sCMOS also offers a USB data port, allowing users to connect directly to a computer and access data without a separate connection or data motion controller. ANDOR TECHNOLOGY Zyla 5.5 USB Water Cooled sCMOS comes with an integrated software package that allows users to capture image and video files, adjust exposure settings, and control brightness and contrast. The model is easy to install, making set up fast and straightforward. It is compatible with a wide range of digital cameras and imaging devices, ensuring it can be integrated into existing laboratory infrastructures. Overall, ANDOR TECHNOLOGY Zyla 5.5 USB Water Cooled sCMOS is an ideal choice for applications in life science and microscopy. It is highly customizable and offers superior image quality, making it ideal for a variety of tasks, from live cell imaging to microscopic studies.