The Philips Ingenuity 128 Slice CT Scanner offers a wide range of benefits that can improve patient care and outcomes
Philips Ingenuity Overview
The Philips Ingenuity 128 Slice CT Scanner is a cutting-edge medical imaging device that utilizes advanced technology to produce highly detailed 3D images of the human body. It is specifically engineered to perform a diverse range of diagnostic imaging procedures, such as cardiac, neurologic, and oncologic imaging. This state-of-the-art CT scanner offers superior image quality, faster and more accurate imaging, lower radiation exposure, improved patient comfort, and a more efficient workflow. These features make it an invaluable tool for healthcare professionals, enabling them to provide accurate diagnoses and effective treatment plans for a variety of medical conditions.
Benefits:
Faster and more accurate imaging: With 128 slices, this CT scanner can produce detailed images of the entire body in a matter of seconds, allowing doctors to quickly diagnose and treat a wide range of medical conditions.
Lower radiation exposure: Advanced radiation dose reduction technology, which helps to minimize radiation exposure to patients while still producing high-quality images.
Improved patient comfort: This CT scanner is designed to be more comfortable for patients, with a larger opening and faster imaging times that reduce the need for patients to remain still for long periods.
Better image quality: Advanced image reconstruction techniques, including iterative reconstruction and metal artifact reduction, to produce clearer, more detailed images that can help doctors make more accurate diagnoses.
More efficient workflow: The scanner is designed to be user-friendly, with streamlined workflows and intuitive software that makes it easier for technologists and radiologists to operate and interpret the results.
Features:
128-Slice Imaging: Captures high-resolution images for enhanced diagnostic accuracy, particularly in cardiovascular, oncology, and neurology applications.
iDoseā“ Technology: Reduces radiation exposure to patients without compromising image quality.
Spectral Imaging: Allows differentiation of tissue types, providing better diagnostic clarity in complex cases.
Fast Acquisition Time: Enables quick scans, improving workflow efficiency and patient throughput.
Advanced Visualization: Supports 3D imaging, useful for surgical planning and detailed assessments.
Wide Bore: Accommodates a diverse patient population, including bariatric patients, with comfort.
Dose Management: Focuses on minimizing radiation dose while maintaining high image quality, which is particularly important for oncology patients.
