afrimed
Computed Tomography
Insitum™ 64
64-slice Computed Tomography System
Insitum™ 64 CT System is a high-performance 64-slice computed tomography (CT) scanner engineered to deliver exceptional diagnostic confidence across routine and advanced clinical applications. Combining high-speed acquisition, advanced image reconstruction, and intelligent workflow, the system enables precise diagnosis while improving patient throughput and operational efficiency.
Designed to support a comprehensive range of examinations—including neurology, oncology, trauma, cardiovascular imaging, and CT-guided interventions—the Insitum™ 64 delivers outstanding image quality with optimised radiation dose. Its 76 cm wide-bore gantry, rapid 0.39-second rotation speed, and powerful imaging platform provide exceptional versatility for a broad spectrum of patients and clinical environments.
Technical Highlights
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64-slice CT acquisition with 64 × 0.625 mm detector configuration
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80 kW high-frequency generator with 8 MHU X-ray tube
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0.39-second gantry rotation for rapid image acquisition
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1024 × 1024 high-definition image reconstruction for exceptional diagnostic detail
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76 cm wide-bore gantry with 250 kg patient table capacity
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Advanced iterative reconstruction for low-dose, high-quality imaging
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Intelligent cardiac imaging with ECG-gated acquisition and coronary analysis
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Comprehensive vascular analysis with automated vessel segmentation and plaque assessment
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Integrated clinical workflow with auto-positioning and intuitive examination protocols
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Ideal for routine imaging, trauma, oncology, cardiovascular, emergency, and CT-guided procedures
InsitumCT™ 528
128-slice Computed Tomography System
InsitumCT™ 528 is an advanced 128-slice computed tomography (CT) system engineered to deliver high-definition, low-dose diagnostic imaging across a broad spectrum of clinical applications. Combining intelligent workflow, precision imaging, and advanced reconstruction technologies, the system enables healthcare providers to achieve exceptional diagnostic confidence while improving patient throughput and operational efficiency.
Designed for routine and advanced imaging—including neurology, cardiology, oncology, trauma, vascular imaging, and CT-guided procedures—the InsitumCT™ 528 integrates a 76 cm wide-bore gantry, intelligent dose optimisation, and high-resolution image reconstruction to deliver outstanding clinical performance while enhancing patient comfort.
Technical Highlights
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128-slice CT acquisition with high-definition imaging
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76 cm wide-bore gantry for improved patient comfort and procedural versatility
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1024 × 1024 high-resolution image reconstruction
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Advanced iterative reconstruction for exceptional image quality at lower radiation dose
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Intelligent dose management with automatic exposure optimisation
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70 kV low-dose imaging for enhanced contrast and dose efficiency
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High-performance detector technology for superior spatial resolution
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Comprehensive cardiac, neurological, oncology, and vascular imaging applications
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Automated patient positioning and intelligent workflow for improved productivity
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250 kg patient table capacity supporting a wide range of patient populations
ANATOM™ Precision
128-slice Computed Tomography System
ANATOM™ Precision 128 is a premium AI-powered 128-slice computed tomography (CT) system engineered to deliver exceptional diagnostic precision through advanced imaging technologies, intelligent workflow, and ultra-low-dose performance. Designed for high-volume hospitals and advanced imaging centres, the system supports comprehensive neurological, cardiovascular, oncological, trauma, and vascular imaging with outstanding speed, accuracy, and clinical confidence.
Built on ANKE's Precision Imaging Platform, the ANATOM™ Precision 128 integrates the OptiWave™ detector, Admir3D™ iterative reconstruction, AccuTilt™ dual-mode gantry, and AI-enhanced imaging technologies to produce exceptional image quality while optimising radiation dose. Intelligent automation and advanced clinical applications streamline workflow and support confident diagnosis across a broad range of clinical scenarios.
Technical Highlights
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128-slice AI-powered CT imaging platform
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OptiWave™ detector for exceptional spatial resolution and image quality
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Admir3D™ iterative reconstruction for low-dose, low-noise imaging
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1024 × 1024 high-definition image reconstruction
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0.39-second gantry rotation for rapid image acquisition
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AccuTilt™ dual-mode gantry with mechanical and digital tilt
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Advanced cardiac imaging with ECG-gated acquisition and intelligent cardiac applications
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AI-enhanced workflow with automated positioning, protocol selection, and reconstruction
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Comprehensive dose optimisation technologies for safer, lower-dose imaging
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Advanced clinical applications for neurology, cardiology, oncology, trauma, vascular imaging, and emergency medicine
ANATOM™ P428 AI-Powered
128-Slice Computed Tomography System
ANATOM™ P428 is a next-generation AI-powered 128-slice computed tomography (CT) system engineered to deliver exceptional diagnostic precision, intelligent workflow, and ultra-low-dose imaging. Designed for high-volume hospitals and advanced imaging centres, the system combines high-speed acquisition, advanced AI automation, and precision image reconstruction to support confident diagnosis across neurology, cardiology, oncology, trauma, and emergency medicine.
Built on ANKE's latest imaging platform, the ANATOM™ P428 integrates AI-assisted workflow, advanced iterative reconstruction, and a 0.33-second gantry rotation to deliver outstanding image quality while improving patient throughput and operational efficiency. Intelligent positioning, automated protocol optimisation, and comprehensive clinical applications enable healthcare providers to achieve faster, more consistent diagnostic outcomes with enhanced patient comfort.
Technical Highlights
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128-slice AI-powered CT imaging platform
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0.33-second gantry rotation for exceptional temporal resolution
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High-performance liquid metal bearing X-ray tube with 25 MHU heat capacity
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AI-assisted patient positioning and intelligent workflow automation
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Advanced iterative reconstruction for high-definition, low-dose imaging
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70 kV low-dose imaging for enhanced contrast and reduced radiation exposure
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1024 × 1024 high-resolution image reconstruction
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72 cm wide-bore gantry for improved patient comfort
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Advanced cardiac, neurological, oncology, pulmonary, and vascular imaging applications
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Comprehensive AI-powered post-processing including cardiac CTA, brain perfusion, pulmonary nodule analysis, emphysema analysis, and advanced 3D visualisation