Used OXFORD maXXi 5 #9395102 for sale

OXFORD maXXi 5 is a multi-function x-ray equipment developed by OXFORD Instruments. This digital imaging system is designed to provide high quality and high performance imaging capabilities to meet the demanding requirements of medical practices and hospitals. The unit is equipped with a 6 megapixel (MP) digital flat-panel detector for x-ray imaging and a full spectrum imaging machine, which combines RGB color imaging with up to 120kV for thoracic examination. Its multiple exposure control modes make it suitable for a wide range of applications. MaXXi 5 provides an intuitive user interface with a large and comprehensive set of features and functions. Its touch screen feature allows users to easily adjust imaging parameters and position of the x-ray source. It also features a powerful image management tool that stores and archives images, which can be accessed from anywhere in the world via its web portal. This asset is equipped with advanced safety features such as auto-alignment and dose level monitoring. These safety features ensure that the model is safe for both the patient and operator. OXFORD maXXi 5 is capable of delivering high quality images with low-dose radiation. Its digital flat-panel detector is equipped with a unique 8-bit post processing feature to improve image quality. It also includes a comprehensive suite of Image Acquisition and Analysis software that enables users to quickly and easily analyze and render their images. This equipment offers a wide range of imaging features including removable patient positioning systems, digital image post-processing and tools for image adjustment and analysis. It is also capable of creating 3D images by combining imaging data from different parts of the body. MaXXi 5 makes use of precision-engineered quality components and the latest technology to deliver reliable and accurate results. Its superior design, accuracy and performance make it an ideal choice for medical imaging. It provides fast and reliable image capture and transfer capabilities. The system is also highly energy efficient and has an environmentally friendly design.