Anke Anatom 16 Slice CT Scan

• Seamlessly upgrade to meet your future needs: Anke takes full consideration of the increasing clinical requirements of your business in today's rapidly changing medical environment.
• Precise hardware, Precise technology, Precise imaging: OptiWave detector, High precision gantry control, Dual-mode gantry tilt, Admir3D iterative technology, Dual-energy head imaging, 1024 x1024 matrix imaging technology, High-definition imaging of targeted organs, Low dose platform, 3D enhanced VR
• Precision Technology Platform: ANATOM precision technology platform is equipped with advanced imaging technologies, and adopts OptiWave detector, Ahead dual-energy imaging, Admir3D iterative reconstruction technology and AccuTilt dual-mode tilt gantry technology to provide powerful support for accurate diagnosis
• Admir3D iterative reconstruction technology: Admir applies mathematical and physics models to accurately construct and describe the signal's quantum characteristics. Iterative operations are performed in the three domains of raw data, projection and image, to greatly reduce the image noise and achieve optimal image quality with low dose
• Ahead-Head dual-energy head imaging technology: Ahead creatively uses 140kV and 80kV dual energy switching scan mode for brain imaging. By careful analyzing the high and low energy characteristics, images can show more valuable information about the brain tissues
• AccuTilt dual-mode gantry tilt technology: The system provides digital and mechanical tilt to accommodate different user habits and clinical needs. Real-time collision preventing system is available for the patients' safety
• AccuOrgan-Targeted organ imaging: To achieve high precision imaging of each part of human body at low dose and low energy consumption
• AccuDose-Comprehensive low dose imaging: Pediatric Scan Protocol, Individual Dose Monitoring, AccuShape Filter, Efficient Detector, Adose Dose Modulation, Ahead - Head Dual-energy Imaging, Iterative Reconstruction, Amast, Contrast Agent Tracking Technology
• AccuScan-Enjoy ease: Convenient and efficient operation process greatly improve work efficiency to achieve high volume of patients
• Clinical Applications: Fast, precise and low-dose imaging technologies provide a full range of clinical solutions to meet the current and future clinical diagnostic needs
• Service Innovation creating maximum value for customers: Service Support within 24 Hours, Local Service Partners, On-line Service Support, After-sales Maintenance Stations
• AccuSaving Green & Energy-saving: AccuSaving is an innovative energy saving technology. The system will enter the "dormant", which is a low carbon mode, after a certain idle time or per user's request. To bring the system back to working status is as easy as pushing a button. The system will also remind the user to perform necessary warm-up and calibration procedures, which are fully automated processes. AccuSaving technology can reduce operation and standby power consumption and save the electricity cost by 30% by adopting different operation modes in working and off hours

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• Simultaneous registration and observation of ECG signal from all 12 leads on PC screen,
• Automatic measurement of HR, ST level and slope,
• Printing and archiving examination report which contains: patient's data, the full disclosure ECG of the whole recording, selected strips, average P-QRS-T complexes, table summary, load value, HR, ST level and slope,
• RAMP protocol
• PMHR control
• Digital filtration of mains disturbances
• Digital filtration of muscle origin disturbances
• Resting examination: 12, 6 or 3-channel in manual or automatic mode
• Automatic regulation of isoelectric line position in the middle of registration channel
• Automatic elimination of isoelectric line migration

• excellent quality of ECG waveforms thanks to the use of digital filters eliminating the swimming of the isoelectric line and disruption of muscle origin,
• uninterrupted recording and presentation of 12-lead ECG signal, presentation of averaged P-QRS-T units with 12 leads along with the results of ST level and slope measurements,
• automatic HR measurement, ST level and ST segment slope,

• automatic control of cycloergometer and treadmill load,
• archiving and printing of the research report,
• automatic determination of measuring points with the possibility of manual correction,
• automatic arrhythmia analysis,
• presentation of parameters regarding: test phase, current load, stage time and total effort time,
• monitored parameters: rhythm rate, MET, double product, blood pressure, level, ST segment slope and load,
• real-time ECG printout,
• preview of trends of all measured parameters during the test,
• alarm system for monitored parameters and arrhythmia,
• an option to automatically measure blood pressure,
• archiving and printing a report enabling a reliable assessment of the study (such an report contains ECG, average P-QRS-T assemblies and a table with measurement results),
• standard test protocols and the ability to define your own protocols also in RAMP mode,
• preview the report on the screen before printing the report,
• function of reanalysis of the performed test,
• presentation of 3D trends illustrating ST segment changes.

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• TS-CSA-A (Vertical movement, 1.6m stroke, rail length 3x4meter) including HV cable 15m
• WBS-TA: Vertical movement

1. V Stroke:1,450mm in Uprigh Bucky Position,
2. 1,526mm in Horizontal Bucky position.

• PBT-4 is a 4 way Floating Tabletop. A large tabletop with extended travel enables all radiography studies with minimal patient movement. Fully fat tabletop without a frame on the edge makes cleanliness and odors free
• Digital Flat Panel Detector (FPD) – Wireless 17X14 (Csl, 4336W) with Auto Exposure Detection (AED) function, there is no DR trigger cable between detector and generator.
• Full Featured Imaging Software & Excellent Digital Image Processing:

1. Provides convenient user interface and easy operation
2. Anatomical view-based digital image processing automatically optimizes and enhances the quality of the captured image for the pictured anatomy.
3. Radiographic stand & automatic collimator control function
4. DICOM 3.0 networking interface includes Worklist, Print, Store, Query for integration with any PACS or RIS

• Included – Software, HP Laptop Computer

1. CPU≥3.2GHz
2. Memory capacity：≥4GB
3. Hard drive capacity ：≥500 GB
4. Resolution: 1280 x 1024
5. Display size： 21 inch color LCD screen
6. 64 bit Windows 10 operation system
7. Core: i5

• Power Rating - 32KW
• Generator - GXR-32S
• Rotor - Dual Speed Starter(DSS)
• Input Power - 400/480VAC, Three phase
• Line Frequency - 50/60Hz
• X-ray tube - DXT-12M, (0.6/1.2mm, 300kHU)
• Tube Voltage - 40 to 150kV, 1kV Step
• Tube Current – 10 to 640mA
• Output - 640mA@81kV,  500mA@104kV, 400mA@130kV, 320mA@150kV
• Time Range - 1ms to 10s
• mAs Range - 0.1 to 800mAs
• Reproducibility - Coe­cient of Variation : kV < 0.005, Time < 0.005,mAs < 0.01
• Accuracy - kV < ±(1%+1kV), mA < ±(3%+1mA), Time <±(1%+0.5ms), mAs < ±(3%+0.1mAs)
• Linearity - Coe­cient of Linearity < 0.01 : CL = (X1-X2)/(X1+X2), where X is mR/mAs
• Mechanical Parts:

1. V Stroke:1,450mm in Upright Bucky
2. Position, 1,526mm in Horizontal Bucky position.

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