Used PHILIPS MRC 800 #293609746 for sale

PHILIPS MRC 800 is a powerful and versatile x-ray imaging equipment designed for advanced applications in the medical, research, industrial and security industries. Its advanced technologies are designed for superior imaging performance, with maximum patient and operator safety. MRC 800 is the world's smallest full-field x-ray system, with an advanced, low-profile design to fit in any work space. It is capable of high-resolution imaging, including medical imaging protocols such as fluoroscopy, radiography, mammography and computed tomography. It is suitable for use in imaging larger anatomical areas, as well as small-scale imaging of components in the medical, industrial and security sectors. The unit features integrated technologies, including a 16-bit Digital Imaging Subsystem (DIS) that allows for precise imaging and exposure control. Integrated 2D digital radiography and 3D digital tomography imaging functions are provided for advanced applications. An on-board microprocessor is used to control and analyze imaging data, with lower radiation dose exposure for enhanced patient safety. PHILIPS MRC 800 has adjustable imaging parameters which can be customized to any imaging protocol specific to each patient. The machine provides user-friendly software applications for operating the tool, offering flexible operation and remote access for user convenience. MRC 800 is designed for superior imaging performance, with a high-speed control asset and a choice of x-ray tube powers from 50 to 800 kVp. A large selection of x-ray detectors, including CCD image intensifiers, are available with modular designs that allow the model to be tailored to any application. In conclusion, PHILIPS MRC 800 is an advanced, versatile x-ray imaging equipment offering superior performance and high-quality images in medical, research, industrial and security sectors. Its integrated technologies, user-friendly software applications, and adjustable imaging parameters provide precise imaging control and maximum patient safety. The system is highly customizable, offering greater control and flexibility to meet any imaging requirements.