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  5. Philips Incisive CT 128 with Advanced Visualization

Philips Incisive CT 128 with Advanced Visualization

01 Overview

Philips Incisive CT helps you meet some of your organization’s most pressing challenges. Incisive CT offers intellect at every step, from acquisition through results, and across all fronts: financial, clinical and operational. Like never before, operator and design efficiencies come together for wise decisions from start to finish.

Name: Incisive CT 128 with Advanced Visualization

Brand: Philips

Certificate of Origin: China

No. AKL: KEMENKES RI AKL 21501912107

02 Specification

TUBE
Anode Heat Capacity
Cooling Rate
Focal Spot		 8.0 MHU
1.608 kHU / min
Small 0.5 x 1.0 ; Large 1.0 x 1.0
GANTRY
Rotation Time 0.35, 0.4, 0.5, 0.75, 1.0, 1.5 seconds for 360° scans ;
Aperture 720 mm
Gantry Tilt -24° to +30° with 0.5° increments
OnPlan Gantry Control maximize workflow efficiency ; scan preparation from the gantry directly such as for patient selection,
positioning, choose protocol
COUCH
Maximum Scannable range
Pitch
Lowest table height
Maximum load capacity		 1,860 mm
0.5 -1.5
530 mm
205 kg
GENERATOR
Power Rating
kVp setting
mA range (step size)		 80 kW
70, 80, 100, 120, 140 kV
5 – 667 (1 mA steps)
DETECTOR
Slice 128 Slices
Coverage 40 mm
Collimations available 64 x 0.625 mm ; 32 x 0.625 mm ; 16 x 0.625 mm ; 12 x 0.625 mm ; 4 x 0.625 mm
2 x 0.625 mm ; 32 x 1.25 mm ; 12 x 1.25 mm
Slice Thickness (helical mode) 0.67 mm – 5 mm
Slice Thickness (axial mode) 0.625 mm – 10 mm
Scan Angles 240°, 360°
Scan field of view 500 mm
RECONSTRUCTION
Standard Reconstruction Matrix
Ultra High Reconstruction Matrix
Iterative Reconstruction		 512 x 512
768 x 768 ; 1.024 x 1.024
iDose4 Premium Package – improve image quality and metal artifact reduction
CLINICAL APPLICATION FEATURES
iDose4 iDose4 balances high image quality, low dose, natural appearance, and easy workflow. iDose4 iteratively
removes noise, prevents artifacts, and preserves morphological information using statistical and
structural models in both projection (raw) and image domains.
OMAR Improve image quality through artifact prevention and increased spatial resolution at low dose, reduces
artifacts caused by large orthopedic implants
Dose Management Automatic Current Selection (ACS)
Dynamic Dose Modulation (DDOM)
z-axis Dose Modulation (zDOM)
Dedicated Pedatric Protocols
Display of CTDIvol and DLP during planning
Bolus Tracking an automated injection planning technique that permits the user to monitor actual contrast
enhancement and initiate scanning at a pre-determined enhancement level. Combine with the SAS
option for full automation and efficacy
Spiral Auto Start (SAS) Spiral Auto Start integrates the injector with the scanner, allowing the technologist to monitor the
contrast injection to check for extravasation, and to initiate the scan (with the predetermined delay)
while in the scan room (with compatible injector selection)
Cardiac Plus Package set of features designed to allow cardiovascular imaging of the heart. Includes Cardiac Scan, Cardiac
Calcium Scoring, Cardiac Artery Analysis and Cardiac Function Analysis, as well as the integrated ECG
monitor
Retrospective Tagging Helical Retrospective Tagging allows the CT system to acquire a volume of data while the patient’s ECG is
recorded. The acquired data is “tagged” using Qsync and reconstructed retrospectively at any desired
phase of the cardiac cycle
Prospective Gating Prospectively triggers axial scans for accurate and reproducible calcium scoring studies, as well as
coronaries analysis studies
Calcium Scoring The Cardiac Calcium Scoring application is used to quantify the buildup of calcium plaque on the walls of
the patient’s coronary arteries and other relevant locations
Cardiac Coronary Artery Analysis
Extract, define and display coronary artery tree; Calculate the stenosis ratio of the extracted vessel
CFA (Cardiac Function Analysis) A comprehensive cardiac analysis application that allows quick visualization of one or more cardiac
phases, synchronization of multiple cardiac phases with interactive slab-MIP tools for review purposes,
and a calculation of End Systolic Volume (ESV), End Diastolic Volume (EDV), Cardiac Output (CO), and
Ejection Fraction (EF) for ventricular functional assessment
DoseRight Cardiac ECG-triggered dose modulation reduces tube current during acquisition of non-desired phases. For
example, only one phase may be required for coronary CTA, and the system will reduce the mA during
the other portions of the acquisition, managing dose
Integrated ECG Monitor Philips’ advanced ECG monitor is used for gated cardiac scans. Integrated design eliminates the need for
an additional ECG monitor and stand in the scan room
CONSOLE
Operating System Windows
Screen size (Diagonal) 19″
Monitor 1 LCD Monitor
Resolution 1280 x 1024
Remote control from console Table : Up/Down, In/Out
DICOM Yes
DICOM CD Writer Yes
WORKSTATION
Tipe Server with 2 concurrent users
Monitor 2 x 24″ Monitor
Operating System Windows Series
Advanced Softwares Auto Cardiac segmentation
Globe View
IVUS like View
Easy Stenosis calculation
Volume Rendering
Coronary tree extraction
Vessel visualization
Slab tools (including cut planes)
LV Functional Assessment
Cine Mode
ENd Systolic Volume (ESV) calculation
End Diastolic Volume (EDV) calculation
Cardiac Output
Ejection Fraction (EF)
Calcium Scoring
Advanced Vessel Analysis
Automatic Bone Removal
Brain Perfusion
Lung Nodule Assessment
Virtual Colonoscopy
Accessories & Support
Dual Head Injector Included
DICOM Printer Included
Colour Paper Printer Included
Lead Glass 100 x 120 Included
UPS Included
Service & Warranty 3 (three) years
On-Site Training 2 (two) times (Basic Training & Advanced Training)

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