Used PHILIPS PD7405/08 DCD II HP #9287734 for sale

Manufacturer
PHILIPS
Model
PD7405/08 DCD II HP
ID: 9287734
Wafer Size: 8"
Double Crystal Diffractometer (DCDM), 8" SBC Controls & generator.
PHILIPS PD7405/08 DCD II HP is a high-performance 'X-ray' equipment designed for radiography and fluoroscopic interventional applications. This system is part of PHILIPS DCD II series aimed at providing high-resolution imaging and minimizing dose exposure. This unit is designed for Easy to Use (E2U) workflow. The key features of PHILIPS PD7405/08 DCD II HP are its high-resolution imaging technology, its Dual View Imaging, and its Low Dose Rate (LDR) design, which help to reduce dose at high exposures. The high-resolution imaging technology of PHILIPS PD7405/08 DCD II HP helps to capture finer details of the anatomy being studied. This allows for better spatial resolution and better contrast resolution. The machine's Dual View Imaging allows for simultaneous two-view imaging, which is helpful for certain procedures. During these procedures, the two views are combined to create a three dimensional image of the anatomy in question. The Low Dose Rate (LDR) design of PHILIPS PD7405/08 DCD II HP helps to minimize dose exposure. This tool employs a low X-ray output and dose control technology. It also utilizes relevant imaging techniques to obtain high-quality images with low dose exposure. It also features a tethered point detector, which allows for controlled dose delivery and reduces patient dose. To aid usability, PHILIPS PD7405/08 DCD II HP is designed for ease of use. It includes Easy to Use (E2U) modules which are designed to automate workflow. These modules offer preset imaging parameters, customized radiation dose settings, and immediate image concentration. This reduces the time that clinicians spend on obtaining, adjusting, or confirming images. PHILIPS PD7405/08 DCD II HP is a comprehensive X-ray asset designed for high-resolution imaging and minimal dose exposure. Its features include high-resolution imaging technology, Dual View Imaging, and Low Dose Rate (LDR) design, which help provide accurate images while reducing dose exposure. In addition, usability is optimized with Easy to Use (E2U) modules that automate workflow for faster image acquisition and dose control.
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