Cranial tomography CT scanner YSCT-128C

128-slice

The YSCT-128C is a 128-slice dual-energy CT scanner providing ultra-thin high-resolution imaging (down to 0.312 mm) and simultaneous dual-energy acquisition for detailed visualization of microstructures and lesion characterization. The system integrates a patented P-Axial tomography technique, multi-pixel Hi-Resolution reconstruction, a dual-energy acquisition platform, low-dose control tools and an intelligent DICOM3.0-compliant workstation to support clinical diagnostic workflows.


Advantages

• Precise P-Axial tomography enabling ultra-thin slice acquisition (0.312 mm) for improved depiction of fine anatomical structures.
• Multi-pixel Hi-Resolution reconstruction with 1024×1024 matrix for enhanced depiction of internal lesion details.
• Dual-energy acquisition platform allowing high/low kVp acquisitions for material differentiation and energy-specific imaging.
• Low-dose control system (P-Dose, P-IR and related tools) with protocols for ultra-low-energy scanning and pediatric optimization.
• Intelligent post-processing on a DICOM3.0 workstation supporting advanced visualization and reporting workflows.

Main features and capabilities

• P-Axial tomography: patented axial technique delivering 0.312 mm slice thickness to enhance visualization of microstructures (eg. cochlea, ossicles, membranous labyrinth, ligaments, nerves) and to improve early pulmonary nodule characterization.
• Multi-pixel HD algorithm: proprietary Hi-Resolution HD reconstruction combined with a 1024×1024 image matrix for extreme-detail depiction; improved visualization of internal nodule microvessels versus conventional algorithms.
• Dual-energy acquisition platform: two-rotation acquisition (example kVp pair ~140 kVp and ~80 kVp) with spatial and temporal registration to ensure homology and homodomain imaging. Key aspects: homology (reduced inter-tube scatter artifacts), homodomain (stationary bed during high/low kV to reduce position mismatch), and near-simultaneous acquisition (example dual-energy scan time 0.72 s). Supports ultra-low-current dual-energy imaging (example minimum ~60 mA) with dual-energy noise reduction and no tube-overheating issues associated with fast kV switching.
• Low dose control: P-Dose 3D milliampere modulation adjusting exposure per view based on patient density/shape; P-IR dual-domain iterative reconstruction for noise reduction; support for 60 kV/70 kV ultra-low-energy scan modes enabling substantial dose reductions (pediatric protocols and specialized modes up to ~80% dose reduction versus conventional parameters).
• Intelligent post-processing workstation (DICOM3.0): acquisition, processing, analysis, management and archiving; visualization tools include VR, MPR, CPR, MIP, AIP, MinIP, SSD; automatic bone/bed plate removal; virtual endoscopy; material/stone characterization using dual-energy scatter plots.

Technical specifications

• Model: YSCT-128C
• Slices: 128-slice, dual-energy capable
• Minimum slice thickness: 0.312 mm (P-Axial)
• Reconstruction algorithm / matrix: Hi-Resolution (multi-pixel HD) with 1024×1024 image matrix
• Dual-energy acquisition: two-rotation sequence (example kVp pair: ~140 kVp / ~80 kVp); example dual-energy scan time: 0.72 s
• Minimum tube current for dual-energy/ultra-low-dose: example 60 mA (supports 60 kV/70 kV ultra-low-energy modes)
• Dose modulation and iterative reconstruction: P-Dose (3D mA modulation), P-IR (dual-domain iterative reconstruction)
• Post-processing / workstation: DICOM3.0 compliant; VR, MPR, CPR, MIP, AIP, MinIP, SSD, automatic bone/bed plate removal, virtual endoscopy, reporting and archiving
• Material/stone characterization: dual-energy scatter-plot based tissue/stone component analysis
• Typical clinical applications: inner ear microstructure imaging, pulmonary nodule characterization, urinary calculus analysis
• Scan performance: dual-energy platform with homology/homodomain/simultaneous acquisition to reduce artifacts and enable wide-range dual-energy imaging
• Manufacturer features: patented P-Axial tomography, proprietary Hi-Resolution HD algorithm
• MOQ and logistics: MOQ 1; ship from Guangzhou, China; shipping terms per product page