Inspiration 128 Smart Large bore 128-slice CT Scanner

128 Slice*0.625mm high efficiency acquisition

Inspiration 128 Do more with Inspiration 128 Cardiac Scan Images Specifications Brochure

Inspiration 128 Slice CT Scanner

Inspiration 128 slice CT scanner designed to deliver exceptional high-end image quality, efficiency, and versatility. This cutting-edge system satisfies a wide range of clinical contexts

Main Components

  • X Ray Tube 5.5 MHU

  • Generator 50.4kW

  • Detector 64 Rows – 128 Slices per rotation

  • Tilt range Mechanical tilt: ± 30° (step 0.5°)

  • Image Slice Thickness – 0,625mm

  • Rotation: 0.48sec, High quality image and save tube loss
Rainbow Platform

Low Dose + Hight Resolution

Large Bore

Multiple Clinical Scene

Cardiac Function

ECG Built in system

Workflow

Optimized & Efficient

vPixel 64 Rows Detector Next Generation Integrated Detector Design
Increases Z-axis dose efficiency.

Faster 128 channel read-out.

256 channel micro Coulomb integral
True cone beam geometric focus

64 row x 864 cell Higher Absorption Efficiency

Distinguished technics

Highest stability sensitivity

The latest integrative detector

minimize electronic noise Maximum SNR

RainBow - vBeam Optimizing Technologies
RTF - Real Time Focus
Cardiopalmus “FROZEN” Technology

0.32s（RTF）Cardiac Scan / one rotation

128 Slices CT – Designed for Cardiac Scan

  • Fast 0.32 sec Cardiac Scan
  • ECG integrated in the Gantry
  • 60msec Cardiac Temporal Resolution
  • Prospective Gating or Retrospective Gating with up to four sectors

Large Bore for Wide Applications Positioning and scan flexibility for complex-type patient

76cm scan space/250kg table capacity and 21Lp/cm Resolution is easy to position obese patients comfortably without compromising dose and image quality

Cardiac Application Images

Coronary Calcium Scoring

Estimate the amount of calcium in the coronary arteries

  • Agatston score
  • Volume score
  • ROI information calculation

Cardiac Viewer Images



View heart images of each phase, execute three-dimensional reconstruction and heart extracted for CT heart images, and then view patient heart by more intuitive way, diagnosis various cardiovascular diseases.

  • Different phases data comparison
  • 4D play
  • Oblique MPR display

Cardiac Function Analysis

Analyze a variety of heart functions

  • Left ventricular volumes Ejection fraction
  • Left ventricle wall motion and thickening
  • 4D Rendering

One Station Cardiac Diagnosis Analysis

Prospective ECG-triggered Mode Advanced Diagnosis-guided solution –ECG guided Cardiac Examination

  • Prospective gating –Decrease dose by 30%
  • ClearView –Decrease dose by 50% for every heartbeat
  • Scan protocols
      120 kV, 250mA (BMI ≥25)
      100 kV , 200mA (BMI <25)

CearView + Prospective-triggering – low dose <3mSv

Vessel Analysis
Cardiac analysis
Virtual endoscopy
Cardiac Calcium Scoring
Brain Perfusion
Lung nodule analysis
Dental analysis
Virtual Colonoscopy
Tissue segmentation
Model High-Pressure Injector
Gantry Aperture: 76cm
One button positioning: present 3 protocols
Scan Speed/360°: 0.48, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 2.0s
Scan FOV: 50cm.
Tilt range: Mechanical tilt: ±30° (Step 0.5°)
Display Panel - Size: 13.3 inch, LCD: showing current scan parameters
Auto voice: Support
ECG Cable connection interface: integrated in the front of gantry Control panel
Patient Table Max. horizontal travel range: 1950mm
Horizontal scannable range: 50mm~1860mm
Horizontal travel speed: 1~200mm/s
Vertical table travel range: 425mm~990mm
Max. table load: 250Kg
One-Key patient table release: Support
Patient table cradle switches: Support
X-ray Tube Anode heat capacity: 5.3 MHU
Cooling rate: 815KHU/min
Focal spot size - Large: 1.0mm×1.0mm, Small: 0.5mm×1.0mm
Generator Power rating: 50.4KW
KV settings: 70, 80, 100, 120,140kv
mA range (Step Size): 10~420mA (1Ma step)
Detector Material: Solid-state GOS
No. of Detector rows: 60 rows
Max. number of slices/rotation: 128
No. of detector channels per row: 864
Total No. of detector elements: 55296
Min. slice thickness: 0.625mm
Detector width: 40mm
Max. data sampling rate: 4800 views/360°
Scanning Performance Scout scan: Supports 3 modes: A.P. lateral and dual, Scannable range 50~1860mm.
Acquisition modes: 128×0.625mm, 64×0.625mm, 32×0.625mm
Min slice thickness; 0.625mm
Collimation width selection: 40mm, 20mm, 15mm, 10mm.
Pitch factor: 0.2~1.75 (multiple selections)
Max. continuous scan time: 100s
Image Reconstruction Recon FOV: 50~500mm. ,50~650mm (Extended)
Recon matrices: 512×512, 768×768, 1024×1024
Recon speed: ≥40 ips, the actual speed can reach 42~28 ips
Display matrix: 1024×1024
Image Optimization Algorithm Metal artifact reduction: Standard Beam hardening artifact reduction: standard.
Partial volume artifact reduction: Standard
Steaking artifact reduction: Standard
Helical scan artifact reduction: Standard
Motion artifact reduction: Standard
Image Quality Spatial resolution: ≥ 21 lp/cm @ 0% MTF (X-Y plane) , ≥15 lp/cm@0% MTF (z plane)
Low-contrast resolution: 2mm@0.3%@ 18mGy.
Image noise: ≤0.35% (Central dose ≤40mGy)
CT HU scale
Standard: -1024HU ~ +3072HU
Extended: -32768HU ~+32767HU
Computer System CPU : Intel Xeon 6 core, 12 threads, frequency 3.8GHz, cache 8.25MB
RAM: ECC 32 GB
Hard disk: 7TB (system disk 0.3 TB+ image ,disk 1.7TB + raw data disk 5TB)
Monitor: Size: 24-inch, LCD, Resolution: 1920×1200, Brightness: 600cd/m2, Contrast: 1000:1
Images storage: ≥3,200,000 images (512×512)
External storage: DVD/CD RW, USB
Printing interface: DICOM 3.0 standard
Dose optimization Dedicated pediatric protocols: Standard.
Auto-mA: Standard
Low-contrast resolution: Standard
V-Dose check: Standard
Low dose lung screening: Standard
240° exposure: Standard
V-Beam: Standard
V-Dose report: Standard
iDream Iterative reconstruction: Standard
V-Bolus tracking: Standard
V-Bolus timing: Standard
ECG Ma modulation: Standard
Cardiac Scan Prospective ECG Scan: Support
Retrospective ECG Scan: Support
Multi-Sector Coronary Artery Scan: Self-adaptive sector with maximum support for 4 sectors
Temporal resolution: 60ms, 25ms@RTF
ECG Wave Editing: Provides editing, adding, and deleting functions for abnormal ECGs (such as premature beat) used for coronary artery recon.
Cardiac Reconstruction: Automatically selects the optimal recon phase, multiphase recon for whole sequence or a single image.
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