Description
CT System
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Slice Count: 256-slice wide detector system
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Gantry Aperture: 70 cm
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Gantry Tilt: ±30°
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Rotation Speed: approx. 0.27–0.33 seconds
Imaging Performance
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Excellent temporal resolution for cardiac imaging
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Wide detector coverage for organ-based scans
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High-definition spatial resolution
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Scan Modes: Axial, helical, cardiac, cine, perfusion, multi-phase
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Advanced iterative reconstruction for enhanced clarity
Patient Handling
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Table Load Capacity: approx. 205–227 kg
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Motorized table with precise longitudinal travel
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Automated isocentering and positioning
Dose Management
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Low-dose technology with iterative reconstruction
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Automatic Exposure Control
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Full dose-optimization suite
Additional Features
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Comprehensive cardiovascular imaging tools
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Fast workflow automation
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High-performance workstation with 3D and advanced visualization
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The Philips Brilliance iCT 256 CT Scanner is a premium, high-performance imaging system designed to deliver exceptional speed, clarity, and diagnostic precision. As a 256-slice platform, it offers ultra-fast data acquisition and wide anatomical coverage, making it ideal for advanced cardiac, neuro, pediatric, trauma, oncology, and whole-body imaging. Its rapid gantry rotation and broad detector width allow clinicians to capture entire organs—such as the heart—in a single heartbeat, reducing motion artifacts and improving diagnostic accuracy.
The system incorporates next-generation iterative reconstruction and sophisticated dose-management tools, ensuring excellent image quality at the lowest practical radiation dose. With its intelligent workflow features, automated positioning tools, and high-speed processing, the Brilliance iCT 256 enhances productivity and patient throughput in busy diagnostic environments.
Designed with patient comfort in mind, it offers smooth table movement, quiet operation, and a wide bore for easy access. Whether used for complex cardiovascular studies or routine emergency assessments, the Philips Brilliance iCT 256 delivers consistent, high-resolution results, making it a valuable investment for healthcare facilities seeking superior imaging performance and long-term operational reliability.






