Used ANDOR TECHNOLOGY iXon Ultra 897 BVF EMCCD #9302293 for sale

ANDOR TECHNOLOGY iXon Ultra 897 BVF EMCCD is a state-of-the-art scientific camera for microscopes designed for biological and other scientific imaging applications. This reliable and advanced Electron-Multiplying CCD (EMCCD) camera is an ideal choice for high resolution imaging. It offers superior image quality, wide dynamic range, and unparalleled sensitivity, making it well-suited for applications involving low light levels. The Ixon Ultra 897 is designed to be used as a single-pixel detector for fluorescence microscopy, allowing users to capture ultra-sensitive images. It has an advanced deep depletion EMCCD sensor with 512 x 512 pixels and a frame readout rate of up to 333 frames per second. This wide dynamic range supports flexible live signal amplification and noise reduction. Its Electronic Shutter feature allows for adjustable shutter speed up to the sub-millisecond range. In addition, the IxonUltra 897 features High Resolution Imaging (HRI) that captures ultra-high resolution images. This enables scientists to see details as small as 2nm. Additionally, it is equipped with a built-in field-of-view monitor, which helps to ensure that images are acquired at the best possible resolution for each target. Furthermore, the Ixon Ultra 897 offers a variety of advanced features that are perfect for research applications. These include on-chip binning, column overflow correction and dual-port outputs. It also has an intelligent external trigger mode, in which the user can specify various conditions before capturing images. In terms of connectivity, the Ixon Ultra 897 is equipped with both USB 2.0 and Ethernet interfaces, allowing for quick and easy data transfers. Also, it supports Windows and Linux-based systems for operation and its software is packed with features, allowing users to customize settings for specific requirements. IXon Ultra 897 BVF EMCCD microscope is ideal for research applications, providing users with superior imaging performance for low light applications. Its advanced features make it much easier for researchers to capture the highest quality images, enabling them to make groundbreaking scientific discoveries.