Insitum 32 CT System
High - Quality High - Performance Low - Dosage
Three are CT Used 76 cm Aperture To meet Devise use Diverse
Big Pattern High Precision Available in 16 / 32 & 64 Slices
Industry high-end CT Scanner most use large aperture to Ensure image high quality Bound to the overall advantages of the image chain take shape challenge
Three classic CT adopt international first-class technology, polymeric global R & D Power.
Use low dosage to achieve high image quality and streamline workflow.
Designed to provide to users with first class product's services and long term economic benefits.
Smooth and Efficient Operation
Stable System Performance to meet the requirements of high usage Giving Smooth Operation and Somatosensory using :
Conventional CT Medical Diagnostic Platforms and Systems Special Use Cases of Obese Patients Radiotherapy Positioning
| HD images | With fast acquisition and post-processing to provide High Quality Diagnostic Images Fine clear Image reconstruction,Steadily increase the resolultion Sharp boundary, Good Density Contrast |
Technical Specifications
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Insitum 32 CT system |
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Item |
Descriptions |
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General |
Aperture |
760mm |
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Heat capability |
5.3MHU |
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Powering rate |
50KW |
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Reconstruction Speed |
16 images /s |
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Partial scans |
0.5s |
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In plane spatial resolution |
20 lp/cm |
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Detector rows |
32 |
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Gantry |
Aperture |
760 |
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Tilt range |
±30° |
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Tube |
Heat capability |
5.3MHU |
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Heat dissipation |
815KHU/min |
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Focal spot sizes |
0.5mm×1.0mm 1.0mm×1.0mm |
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Method of cooling |
Oil to air |
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Generator |
Powering rate |
50KW |
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KV range |
80kV, 100kV, 120kV, 140KV |
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MA range |
10-420mA |
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Continuous Scan time |
100s |
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Patient Couch |
Scan range |
180cm |
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Max. patient load |
250 |
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Console |
Pitch range |
0.3-1.5 |
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Reconstruction Speed |
16 images/s |
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Image area matrix dimensions |
1024x1024 |
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IOperating system |
windows XP win 7 |
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Detection Systems Helical and anxial scanning |
Detector type |
Solid state(High speed ceramic) |
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Number of detectors |
27648 |
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Detector rows |
32 |
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Detector row slice Thickness |
32X0.625mm |
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Detector coverage |
20mm |
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Rotation times for axial scans(s)* =Partial scans "Helical acquisition widths Helical acquisition widths (number of channels x width, mm) |
0.5S 32X0.625mm |
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Performance data |
In plane spatial resolution (Ip/cm) for sharpest clinical algorithm. Acquisition parameters in brackets |
20. lp/cm |
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Contrast resolution:smallest rod size(mm)discernable at given parameters in 20cm CATPHAN |
3.0mm @0.3% |
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Console computer system |
Operating system |
WindowsXP |
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CPU |
Intel Xeon E5-1620V3 3.5GHz |
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Hard disk |
≥5T |
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RAM |
≥ 32G |
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Display Device |
≥24'' TFT |
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Image reconstruction speed |
16 image/s |
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Automatic photography |
YES |
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Automated voice systems and two-way voice transmission |
YES |
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Synchronous parallel image processing functions |
YES |
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Input and output |
DICOM3.0 |
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Software Performance |
Automatic mA control |
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MIP (maximum intensity projection) |
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MinIP (minimum intensity projection) |
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MPR (multiplanar reconstruction) |
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CPR (curve planar reconstruction ) |
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SSD (shaded surface display) |
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VR (volume rendering) |
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CTA |
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Breath control voice prompt |
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X-ray intelligent control technology |
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Beam hardening artifacts correction software |
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Posterior fossa image optimization techniques (bone hardening) |
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Metal artifacts reduction (MAR) algorithm |
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Scalpel simulation functions |
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3D volume measurement evaluation function |
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One-click volume reconstruction |
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Three-dimensional CT virtual endoscopy (CTVE) |
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One-click boneless function |
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Automatic tracking of contrast agent software |
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Scanning protocol for children |
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3D lung nodules evaluation software |
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Power Supply |
3N～380/400V 50/60Hz 70KVA |
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Typical Layout |
Item |
S iz e |
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Observation window |
1.5m x 0.8m |
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Equipment Room |
6.0m x 5.0m x 2.8m |
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Control Room |
3.0m x 5m x 2.8m |
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Total MRI-System area |
54 m2 |
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