Used NICOLET NXR 1410i #9164400 for sale

NICOLET NXR 1410i is a state-of-the-art X-ray imaging equipment designed for clinical practices and hospitals. It utilizes advanced Digital Detector Technology and the latest developments in both software and hardware design to create the most accurate and reliable images available. The 1410i has multiple integrated modules, enabling it to perform a variety of x-ray imaging functions. The Photon Imaging Detector (PID) module captures both radiographic and fluoroscopy images, while the Multi-Frequency generator provides the x-ray output in the desired frequency. The Pre-Programmed Imaging Workstation (PIW) module is responsible for the image processing, while the stitching module is used to tile multiple exposures into a larger image. NXR 1410i also features a special radiographic processing mode, which enables it to capture axial images quickly and efficiently. This mode is optimized for use with a wide range of contrast agents, including iodine, barium, and gastrografin. The 1410i also features a dedicated Fluorescent Imaging Module, which provides advanced imaging capabilities for the detection of subtle tissue changes. NICOLET NXR 1410i is an advanced system that is designed for ease-of-use and optimal accuracy. The intuitive user-interface is easy to understand and navigate, and it allows users to set up quick select presets for multiple imaging modalities. The unit also features an impressive suite of technologies that ensure that images are always crisp and clear. These technologies include High-Density Digital Detector Systems, Automatic Exposure Control-Intelligence, and Enhanced Detail Remapping, along with a host of other features. Overall, NXR 1410i offers an outstanding combination of quality and affordability. It is a powerful x-ray imaging machine with a great set of features that can significantly reduce image acquisition and workflow times. With its intuitive user-interface, integrated modules, and advanced technologies, the 1410i is the perfect choice for any radiology environment.