![]() ![]() ComPACS performs an automated and seamless digital conversion to DICOM, importing numerical fields and automated diagnosis. In addition to DICOM, a growing number of ECG formats are also supported, including FDA XML, SCP and Fukuda Denshi proprietary format. Furthermore, ComPACS can also automatically import and generate compliant DICOM SR from legacy devices not equipped with DICOM SR output such as the Philips-Agilent SONOS line or the Philips-ATL HDI line, using dedicated digital OCR technology. For example, user defined measurements can be automatically imported from Philips IE33/IU22 systems, from GE Vivid Excel output or from Siemens proprietary Sequoia/Aspen SR. For this reason, ComPACS is also equipped with dedicated plug-ins that can import the complete set of information using custom techniques. ![]() However, many vendor platforms output in DICOM SR only a limited subset of the possible measurements. These formats are proprietary and cannot be processed in standard DICOM viewers.ĬomPACS can import measurement data from the different DICOM SR echo formats (Adult Echocardiac, Vascular, Pediatric, etc.). The additional data obtained using MVI dramatically enhances vessel conspicuity. QLAB IMT: This iU22 QLAB tool makes measurement of intima. This software plug-in measures changes in the image from frame to frame, suppressing background tissue signals and capturing additional contrast data. Furthermore ComPACS also supports and converts to DICOM multiple proprietary formats from legacy ultrasound devices : DSR-TIFF (Philips-Agilent SONOS ultrasound devices), DEFF (Philips-ATL HDI ultrasound devices) and Aloka Line Data format (Hitachi-Aloka ultrasound devices). QLAB on the Philips iU22 has the following available plugins: 3DQ, IMT, FHN, MVI, EA, VPQ and ROI. This raw data is not directly interpretable by the ComPACS system but it can be stored in ComPACS without being altered in any way, thus allowing it to be later retrieved on the echo platforms or on proprietary dedicated systems (such as Philips QLAB, GE EchoPAC or Siemens eSie Apps) for advanced analysis.Īll of the common DICOM abstract and transfer syntaxes, and Information Object Definitions (IODs) are supported by ComPACS. Auto Tissue Motion Annular Displacement (aTMAD) provides global cardiac quantification based on tracking of the cardiac valve’s annular motion when it may be. Familiar knobology across all ClearVue systems results in a quick learning curve of the user interface.ComPACS preserves raw data information embedded in DICOM private tags used by different devices and in particular in ultrasound equipment such as the the Philips iE33, the GE Vivid or the Siemens SC2000 platforms. The QLAB utilizes Anatomical Intelligence A.I that is featured in the Auto 2D quantification (a2DQ) Q-App to detect borders for the left ventricle and atrium using speckle tracking. Logically grouped knobs, based on extensive user evaluations, provide a comfortable user experience.Stress echo standardizes Viewing of stress cardiac examination. Curved ROI and Auto Face Reveal offer innovative 30 editing tools spec ally for OB enhancing productivity. AutoSCAN dynamically optimizes the image quality during scanning, to provide excellent image quality.The OB quick launch key launches the most common OB measurements with one touch. Advance mode key offers a single button interface for launching all advanced feature options like elastography, FloVue, AutoSCAN.Specially designed for storing daily utility items like tissue towels, gel bottles, transducers, and so on. Utility increases storage space by 2.2 L. Having a choice of fully articulating display arm or tilt and swivel arm allows users to position the monitor for their viewing comfort. A height-adjustable control panel allows users to adjust the height of the control panel for maximum user comfort while seated or scanning while standing.Modern design for enhanced ergonomics and utility Provides tools for viewing and measuring different planes of a 3D volume. On-cart advanced quantification tools GI 3DQ.Visualization and quantification enhancing workflow: QLAB Plug-in Using Philips proprietary flow signal processing technologies, this technique provides a completely new paradigm shift in the way blood flow is visualized not only in large vessels but equally on microvessels. ![]()
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