CT Scan Machine Medical 32 Slice 24 Row Imaging Scanner Machine System

Product Description

Product Description

32-slice Spiral CT System Computed Tomography for Application of Inner Ear Imaging and Pulmonary Nodule Detection

*An imventive patent an Precise Tomography Technique

* The original 32-slice spectral imaging technique

* The independent R&D on Campo past-processing workstation(CPW)

The original 32-slice spectral imaging technique
Far the first time, we have applied the spectral imaging tochnology to the 32-ayer CT, currently, this techn ology is only applied for high-end CT.To diagnose lesions and tissues in aroas where other CTscanners are difficult to achieve, improving the diagnostic accuracy and safety, and the success rate of imaging diagnosis is greatly improved.
The independent R&D on Campo post-processing workstation(CPW)
Fully  the medical image connectivity standard, have powerful 20 reading tablets, free film printing templates, professional patient report templates; allow multi-level reconstruction of MPR, as well as cmossesection, sagittal section, coronal section, ablique cut section and curve reconstruction; Perfect for 3d visualization, high quality, stereascopic dispbay (VR), maximum intensity projection (MIP), minimum intensity projection (MiniP), average intensity projection(AIP) and sagittal section display(SSQ,etc.
An inventive patent on Precise Tomography Technique
Precision Raxial tomagraphy patent techindlog, the world's only longitudina! sampling, innovative way of scamning incmis pasents conbined with a cousite racoustruction algonithn, tron the daa sa mpling and imaga rnaconstruction af two fidda sogether for longitudieal uftra high-resollution in apa racomstruction, significantly incrmase the detection sate of smaillesions

Clinical Images

 

 

 

 

Technical specifications

 

S/N	Item	Specifications
1	Gantry
1.1	Slip Ring	Low-voltage slip ring
*1 2	Aperture Size	715mm
1.3	Tiltangulation Range	±30°
1.4	Laser Positioning System	Provided, provide sagittal, coronal and internal and external cross-sectional positioning lines
1.5	Scanning Collimation	2x1. 1mm;8x0.55mm;16x0.55mm;16x1. 1m m
1.6	Sampling Rate	1800 view/ cycle
1.7	Min Scan Time (s/360°)	0.72s
1 8	Max FOV (Field of View)	500mm
1.9	Data Transmission Mode	Digital transmission
1. 10	Cooling-down Method	Air cooling heat dissipation
2	Detector
2.1	Detector Type	GOS ceramic solid detector
2.2	Detector Number	888x24
2 3	Detector Row	24
2.4	Detector Channel Per Row	888
*2.5	Detector Thickness Per Row	0.55mm

3	X-ray System
*3. 1	Focal Point	Bifocus
3.2	Focal Spot Size	0.7mmx0.8mm; 1.2mmx1.4mm
*3.3	Heat Storage Capacity	3.5 MHu
3.4	Max Anode Cooling Rate	8750W (12250 HU/sec)
3.5	Tube Life	100000 second exposure
3.6	Max Output of Tube Voltage	140kV
*3.7	Min Output of Tube Voltage	60kV
3.8	Output Voltage	60kV, 70kV, 80kV, 100kV, 120kV, 140kV
3.9	Max Output of Tube Current	350mA
*3. 10	Min Output of Tube Current	10mA
*3. 11	Max Power	42kW
3. 12	Max Continuous Exposure Time	100s
4	Scanner Table
4.1	Horizontal Move Range	0 ~ 1725mm
4.2	Max Scan Range	1650mm
*4.3	Max Horizontal Speed Range	300mm/s
4.4	Repetitive Positioning Accuracy	±0.25mm
4.5	Min Vertical Range	450mm
4.6	Vertical Lift Range	470mm
*4.7	Max Load Capacity	205kg
5	Scanning and image reconstruction system
5.1	Scan Mode	Tomoscan,Helical Scan, Precision Tomoscan, Dual Energy Scan (Optional )
*5.2	Min Image Thickness	0.275mm
*5.3	Recon Matrix	512×512,768×768, 1024×1024
*5.4	Max Recon Matrix	1024×1024
5.5	Max Continuous Scan Length	1650mm
5.6	Max Scan Field of View	500mm
5.7	Max Recon Field of View	500mm
5.8	Min Recon Field of View	50mm
5.9	Spatial Resolution	16.6LP/cm@MTF10% 21LP/cm@MTF0%
5. 10	Low Density Resolution	[email protected]%
5 . 1 1	CT Value Display Range	±16383
5. 12	Display Gray Scale	256, 24bit color
5. 13	Thin-layer Scanning of Different Thick Layers Reconstruction Function	Provided
5. 14	Iterative Reconstruction	Provided, P-IR dual-domain iterative de-noising reconstruction technology, real

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