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GE Optima CT660 – 64-Slice Computed Tomography System

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The GE Optima CT660 is a modern 64-slice multidetector computed tomography (MDCT) system engineered for high-throughput, high-quality diagnostic imaging in multidisciplinary hospitals and imaging centers.

  • Number of physical slices: 64
  • Effective slices (with reconstruction): Up to 128
  • Minimum slice thickness: 0.625 mm
  • Gantry rotation time: 0.35 seconds
  • Gantry aperture: 70 cm
  • Maximum patient weight: 227 kg
  • Generator power: 72 kW
  • Field of view (FOV): Up to 50 cm

Type: Computed Tomography System

Country of origin: Japan

Brand: GE

Description
Specifications

Description

The GE Optima CT660 is a modern 64-slice multidetector computed tomography (MDCT) system designed for high-throughput, high-quality diagnostic imaging in multidisciplinary clinics and imaging centers. It delivers excellent image quality with minimized radiation dose and supports patients weighing up to 227 kg, making it suitable for a broad range of clinical applications—including cardiology, angiography, neuroimaging, oncology, and orthopedics.
The system combines rapid scanning performance (0.35-second gantry rotation), a wide 40 mm detector coverage, and a powerful 72 kW generator, enabling sharp, motion-free images—even at high scan speeds and in large-body-habitus patients.

Specifications

Key Specifications:
  • Physical slices: 64
  • Effective slices (with reconstruction): Up to 128
  • Minimum slice thickness: 0.625 mm
  • Gantry rotation time: 0.35 seconds
  • Gantry aperture: 70 cm
  • Maximum patient weight: 227 kg
  • Generator power: 72 kW
  • Field of view (FOV): Up to 50 cm
  • Country of manufacture: Japan

Key Technologies and Advantages:
  • High Performance and Image Quality40-mm detector coverage: Enables wide anatomical coverage in a single rotation
  • AELA+: Enhanced visualization of fine structures and small vessels
  • VISR+: Reduces pixel noise while preserving spatial resolution
  • Volume Image Space Reconstruction (VISR): High-fidelity volumetric reconstruction at low radiation doses
  • Advanced Dose ManagementOptidose: Real-time tube current modulation based on patient anatomy and projection angle
  • ASiR (Adaptive Statistical Iterative Reconstruction): Lowers image noise and radiation dose without compromising diagnostic quality
  • ODM+ (Organ Dose Modulation+): Tailors dose delivery to sensitive organs and patient size
  • Clinical VersatilitySupports comprehensive protocols: cardiac, angiographic, neuro, thoracic, abdominal, and musculoskeletal imaging
  • Maintains image consistency in patients with high BMI
  • Minimizes motion artifacts even at ultrafast 0.35-second rotation speeds
  • Ergonomics and Workflow EfficiencyIntuitive operator console with streamlined navigation
  • One-touch protocols: Rapid initiation of standardized exams
  • Modular architecture: Scalable design allows functional upgrades as clinical needs evolve
  • Compact footprint: Facilitates installation in standard radiology rooms without major structural modifications