Philips Ingenuity 128 CT Scanner

Philips Ingenuity 128
2014 System.
Workstation Intellispace ISP
SW Applications at the CT
CT-Viewer
Functional CT / Time Laps
HeartBeat – CS
CCA – Viewer
Dual Monitor
General Reporting
Dynamic Viewer
DVD – Ram
Dicom Modality Worklist
Retrospective Split
Dose Log Viewer
Reference Noise
Show Tube Heat
i Brain
SW Applications on the ISP
AVA
BMD
Comprehense Cardiac
CCS
Dental
Lung Density
Lung Nodule Assesment
Virtual Colono
Liver
SPECIFICATIONS CT INGENUITY 128
NAME OF PRODUCT
Multislice CT Scan 128 SLICE
BRAND/ MANUFACTURER
Philips
MODEL / TYPE
INGENUITY CORE 128
FACTORY OF ORIGIN
PHILIPS HEALTHCARE (SUZHOU) Co.,Ltd,. CHINA Melalui PHILIPS MEDICAL SYSTEM (CLEVELAND) INC, UNITED States.
PRODUCT'S REGISTRATION (AKL/AKD)
KEMENKES RI AKL 21501410809
REFERENCE OF TECHNICAL
X-Ray Tube & Generator
Anode effctive heat capacity
30 MHU; direct cooling
Anode Heat Storage Capacity
8 MHU
Anode cooling rate
1,608KHU/min
Large focal spot size
1.0mm x 1.0mm
Small focus spot size
0.5mm x 1.0mm
Segmented Anode
Yes
Tube cooling system
Air cooled
Direct Anode cooling
Yes
Spiral groove bearing
Yes
Maximum helical exposure time
100 sec
Generator power
80 kW
KV selections
80, 100, 120 & 140kV
mA Range
20 - 665 mA
Technology Low dose with Higher Image quality
Improvement in spatial resolution and or reduction at low dose (iterative reconstruction)
Yes , iDose4
Generation of Reconstruction
Generation 4
Significantly lower dose while simultaneously improving image quality
yes
Significantly improved spatial resolution (low noise / low-contrast detectability / spatial resolution)
yes
Signifiantly improved image quality (lower noise,improved low contrast, improved resolution)
Yes
Metal artifact reduction for large orthopedic implant (OMAR)
Improves image quality through artifact prevention and increased spatial resolution at low dose, and reduces artifacts caused by large orthopedic implants
Yes, OMAR
New Technology for Scanning
Automatic collimation after surview /topogram
yes, with ipatient technology
The system will automatically determine the optimal rotation time, pitch and collimation to deliver the best results automatically
yes, with ipatient technology
Plan the results, not the acquisition
yes, with ipatient technology
Facilitates optimal** management of image quality and radiation dose with patient-specifi methods
yes, with ipatient technology
CT Dose Check notification on parameter and radiation dose with patient- specific methods
yes, with ipatient technology
Dose Management
Adhere to ALARA Principles
Yes. DoseWise Principles
ACS (Automatic Current Selection)
DoseRight ACS
Dynamic Dose Modulation (DDOM)
DoseRight D-DOM
z-axis Dose Modulation (zDOM)
DoseRight z-DOM
Display of CTDIvol and DLP during planning
Yes.
Dedicated Pediatric Protocols
Yes.
GANTRY
Gantry Aperture
70 cm
360° Rotation Speeds
0.4 sec for full 360o scan, Effctive cardiac rotation time 0.3 seconds
Slices
128
Gantry controls on right and left of gantry
Yes
Gantry controls on front and back of gantry
Yes
Maximum Scan FOV 50cm
25 & 50 cm
Tilt
± 30° in 0.5° increment
Gantry Cooling Method
Air Cooling
Laser positioning lights
Yes
Intercom system
Yes
DETECTOR
Solid State CT Detector
Yes, Gadilinium Oxisulfide (GOS)
Number of detector rows
64
Number of slice per rotation
128
Transfer rate (speed) of slip ring
5.3 Gbytes/sec
Data sampling rate
4640 views/rev/element
Slice collimations
64 x 0.625mm, 40 x 0.625 mm, 20 x 0.625 mm, 16 x 0.625 mm, 12 x 0.625 mm, 8 x 0.625 mm, 4 x 0.625 mm, 2 x 0.625 mm, 32 x 1.25 mm, 12 x1.25mm
Area coverage per scan rotation
40 mm
Reconstruction and Image Quality
Recon FOV
5-50cm
Standard reconstruction matrix
512 x 512
Ultra High reconstruction matrix
768 x 768 & 1024 x 1024 matrix
Spatial Resolution
24 lp/cm
Noise
0.27%
Absorption Range
-1024 to +3071 Hounsfield units
Standard reconstruction speed
25 image /sec
Adaptive multicycle reconstruction for Cardiac
Yes
Temporal resolution
0.053 sec
Patient Table
Sannable range
1750 mm
Longitudinal speed
0.5-185 mm/sec
Z- position accuracy
± 0.25 mm
Remote Table control from Console
yes, up/down, in/out
Scanner Console
Operating System
Windows
Screen size (diagonal)
19"
Monitor
2 x LCD monitor
Resolution
1280 x 1024
Remote control from console
Dicom
DICOM 3.0 configuration, DICOM print/store, DICOM send
Dicom CD writer
yes
Filming
yes
Scan time showed on console
yes
CT Dose Index showed on console
yes
Dose Length Product showed on console
yes
Scanner User Environment
Combined acquisition and image processing console
Comply
Scan control Box
Comply
Two-way Intercom System
Comply
Bolus Tracking - Track constrast medium to trigger scanning using multiple ROI
Comply
Automated Contrast bolus triggering
Yes
Prospective ECG gating /triggering
Yes
Retrospective tagging
Yes
Adaptive multi-cycle reconstruction algorithm
Yes
Integrated ECG Monitor
Yes
Cardiac Viewer
Yes
CT Reporting
Yes
Dose management
Yes
Image Processing/Review
Slab Viewer
yes
Cursor for pixel value measurements
yes
Angle measurements
yes
Double Window: Simultaneous displays of two independent CT density ranges on the same image
yes
Invert Window
yes
RelateSlice
yes
3D Small Volume Analysis
yes
Curved MPR viewing
yes
3D display viewing
yes
Volume rendering viewing
yes
Maximum Intensity Projection (MIP)
yes
Minimum Intensity Projection (minIP)
yes
Volume Intensity Projection (VIP)
yes
ROI
yes
Volume Calculation
yes
CT Number Display
yes
cine
yes
Workstation (ISP)
Operating system
Windows series
Memory
16GB
MPR
Yes
Available planes in multi planar reformatting
5 planes includes orthogonal, axial, sagittal, coronal, curved
MIP and mMIP
Yes
Small volume analysis to measure tumors and/ or organ
Yes
Support of external USB 2.0 data storage devices
Yes
Medium DVD/CD-RW
Yes
Tool to show survey scan as localizer for multi planar reformatting display
Yes
Function to displays a moveable, mini-window which can be set with its own windowing, image enhancement and rendering parameters to enhance visualization and assessment of certain elements of the image, while maintaining optimal viewing parameters for the main viewport
Yes
Windowing presets
Yes
CT Comprehensive Cardiac Analysis
Yes
Application to assess the state of the coronary arteries and to analyze functional heart data
Tools to performs a full segmentation procedure, segmented entire organ at one time based on a pre-defined model
Number of segmentation model
Tools to view details of the segmentation, make manual corrections, save the segmentation, and apply a new segmentation algorithm
Tools to perform quantitative measurements concerning the coronary arteries as percent stenosis and cross-sectional area based on automatic lumen contouring or manual methods
Able to display ECG Graphic
Able to shows the heart with blood in the cavities removed as MIP
Able to shows a 2D Cartesian display of the heart’s surface
Tools to shows a MIP image of the heart’s surface based on the coronarycenterlines in true anatomic orientation of the heart
Tools to shows a 3D map mapped onto a sphere as MIP
Automatic contours tools
Yes, With Comprehensive Cardiac Analysis
CT Functional Analysis Cardiac
yes, with CCA
CT Calcium Scoring
yes
CT Angio
Yes
CT Automatic bone removal - cranial
Yes
CT Automatic bone removal - CTA
Yes
CT Virtual Colonoscopy
Yes
CT Brain Perfusion
Yes, With Advanced Brain Perfusion
The package should generates quantitative color maps of cerebral blood flow (CBF), cerebral blood volume (CBV), mean transit time (MTT) and time- to-peak (TTP), in addition to summary maps.
Yes
CT Brain Perfusion with Summary Map
Yes, With Advanced Brain Perfusion
to differentiates areas of increased blood volume and decreased blood flow and presents this information in a summary map to help clinicians distinguish between still-viable and non-viable infarcted tissue.
Yes
CT Advanced vessel analysis
Yes
Application for general vascular analysis and stent planning from body and skull (head and neck) studies
Able to perform automatic vessel centerline extraction
Able to perform automatic vessel labeling of major vessels
Allows visualization of calcium in the vessels Head vessel name list
Functions to allows to add vertices beyond the distal and proximal ends of the extracted vessel centerline, and select which end will be continued from
Function to allows to view in a semitransparent mode all volumetric anatomy that has been removed included anatomy removed automatically and manually
Yes, with AVA
CT Advanced Vessel Analysis - Stent Planning
Yes
Stent Planning Packages with Auto centerline detection tools to provide the basis for accurate reproducible quantitative measurements of vascular structures for planning endoluminal stent to repair aneurysms, stenosis and other vascular abnormalities
Yes, with AVA Stent Palnning
Liver Analysis Package
segmentation tools to facilitate for assessing the liver, hepatic vasculature of individual vascular segments, and physician-identified lesions
Yes, With Liver Analysis
Able to Perform segmentation of the liver tissue, vessels, and lesions Mode of Liver Segments selections to determine
Able to determine 8 segments Coinaud
Able to determine 9 segments Bismuth
Available list of segments to place landmark seeds
The application enables absolute and relative volume measurements as well as virtual hepatectomy for RF ablation and surgery planning.
CT Lung Nodule Assestment
yes, with Lung Nodule Assestment
for volumetric analysis of pulmonary nodule or lesion size over time, and to accurately assess the nodule's doubling time growth rate.
Yes
CT Virtual Endoscopy
Yes, comply
CT Viewer
Yes, comply
CT Reporting
Yes, comply
with reporting capabilities for paper print of clinical results including display of key images and results frames.
Yes