Description
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Slices: 32-slice CT scanner
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Detector Type: High-efficiency multi-row detector
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Reconstruction Technology: Iterative reconstruction for reduced noise
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Rotation Speed: Fast gantry rotation for dynamic imaging
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Spatial Resolution: High-resolution soft tissue and bone visualization
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Tube Technology: Dose-optimized X-ray tube
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Dose Reduction: Advanced low-dose imaging algorithms
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Reconstruction Speed: Rapid image processing for high throughput
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Workflow Tools: Automated protocols, intuitive UI, smart patient positioning
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Applications: Cardiac, neuro, trauma, chest, abdomen, musculoskeletal, routine imaging
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Design: Compact footprint suitable for modern imaging rooms
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The Philips Ingenuity Core 32 is a powerful and reliable 32-slice CT scanner engineered to deliver exceptional imaging clarity with improved workflow efficiency. Designed for modern hospitals and diagnostic centers, it combines Philips’ advanced imaging technology with intelligent automation to support a wide range of clinical applications. With its fast acquisition and high-quality detector design, the system captures detailed cross-sectional images that help clinicians make accurate and confident diagnoses.
The Ingenuity Core 32 excels in routine imaging, trauma evaluations, cardiac studies, neuro exams, and chest and abdomen assessments. Its iterative reconstruction technology enhances image quality while effectively reducing noise, enabling lower radiation doses without compromising diagnostic confidence. This makes the system suitable for both adult and pediatric imaging environments.
Technologists benefit from streamlined workflows, intuitive user controls, and automated patient-positioning tools that reduce set-up time and improve daily productivity. The scanner’s patient-friendly gantry, quiet operation, and smooth scanning process help minimize anxiety and enhance comfort during examinations. With its durable construction, compact footprint, and cost-efficient performance, the Philips Ingenuity Core 32 is an excellent choice for facilities seeking dependable, high-resolution CT imaging with optimized patient safety and operational convenience.
