MPowered eXPerience in Ultrasound MyLabEight platform is the - PowerPoint PPT Presentation

MPowered eXPerience in Ultrasound

MyLab™Eight platform is the culmination of Esaote’s dedicated R&D with the aim of meeting the increasing demands of modern healthcare: • Outstanding image quality • Confjdent diagnosis for diffjcult to scan patients • Complete solution for the most demanding clinical activity • Advanced research tools

Outstanding image quality Large probe portfolio WideView Advanced clinical tools 21.5” IPS Monitor MPowered Engine Broad connectivity options

Outstanding image quality WideView Broad Connectivity 21.5” IPS Monitor Options The new WideView monitor technology offers sharp diagnostic image clarity with enhanced spatial and contrast resolution. MPowered Engine Esaote puts a great deal of effort into designing systems that offer top image quality MyLab™Eight platform Wireless and wired connectivity options offer to enable confjdent diagnoses for diffjcult-to-scan patients, as well as highly detailed incorporates the new MPowered numerous data-saving and transmission options. superfjcial image resolution. This has been achieved over the years through advanced Engine to optimize high-density All our systems are equipped with wired and research, with several patents and publications, and effective implementation in both and single-crystal transducers to wireless connectivity for easy networking and systems and probes. enable images to be captured at patient management. Outstanding diagnostic value is the result of optimization of all the aspects of the signal greater depth in the body with Extensive connectivity technology chain, from the echo generated by the patient through to the display on the system, unprecedented quality for diffjcult- together with maximization of ultrasound scanning effjciency. to-scan patients. • Easy networking • DICOM and IHE compliance • MyLab™Desk software for comfortable image review and reporting on your laptop or PC

Large probe portfolio During real-time scanning the ultrasound probe is a continuously handled interface for the operator, which can lead to hand stress and fatigue. Our solution: Enhanced ergonomics probe solution • Lightweight and with appleprobe ergonomics • Reduce muscle strength up to 70% • Increased confjdence Single-crystal transducers enable images to be captured at greater depth in the body with unprecedented quality for diffjcult-to-scan patients. High Density Linear probes offer high frequency top image quality and unparalled spatial and contrast resolution.

Virtual Navigator QElaXto 3D eWave MyLab™Remote Advanced tool for Multimodality Real-time Shear Wave Tissue Stiffness Quantitative Shear Wave Quality Graph for immediate Remote system user interface app that Fusion Imaging. Assessment (MyLab™Eight eXP). feedback about measurement quality allows MyLab™Eight to be controlled via (MyLab™Eight eXP). smartphone or tablet. XFlow ElaXto BodyMap Virtual Biopsy 2D Navigation technology on second Extraordinary fmow sensitivity and Full Strain Elastosonography package for Advanced Biopsy also in very diffjcult imaging modality, Body mark and patient spatial resolution: XFlow provides direct multiple applications. Full measurement approaches: Virtual Biopsy allows physicians examined area picture. visualization of blood echoes, extending package, available on many probe to follow percutaneous procedures by wideband resolution, high frame rates and typologies. superimposing needle tracking information wide dynamic range of blood fmow. on the real-time ultrasound image.

RF QIMT RF QAS CnTI™ Contrast Tuned Imaging microV Esaote’s proprietary CnTI™ provides Intima-Media Thickness and Arterial Stiffness High sensitivity, high spatial resolution, high high performance contrast enhanced measurements, based on beyond state of the frame rate hemodynamic analysis for micro- ultrasound imaging with second art RF-data technology, are real-time, accurate vascularization in tissue perfusion. State of generation contrast media. and provide measurement quality indicators the art sensitivity for superfjcial and deeper overlaid on the B-mode ultrasound image. vessels for improved spatial resolution in Advanced hemodynamic evaluation real-time hemodynamic analysis. tools such as XFlow and HD CFM, quantitative tissue stiffness evaluation with QElaXto, and Virtual Navigator for easy-to- perform real-time fusion imaging are just a few examples of Esaote’s advanced technologies that are tailored to meet all requirements, including the most demanding. Esaote’s focus on the prevention of work-related musculoskeletal disorders runs through MyLab™Remote, the remote system user interface app that allows MyLab™Eight to be controlled via smartphone or tablet. Virtual biopsy technology is a valuable tool for facilitating needle insertions for diffjcult biopsies and for percutaneous treatments. Other highlights include top- level Contrast Enhanced Ultrasound (CnTI™) and advanced cardiovascular tools, such as the XStrain cardiac deformation analysis tool and the radiofrequency- based Intima Media Thickness (QIMT) and Arterial Stiffness (QAS) measurement, underlining Esaote’s trademark “Creativity in XStrain XLight AutoNT Healthcare”. Speckle tracking for myocardial strain and A New Era in Volume Imaging: the new Performs automatically the Nuchal Translucency strain rate assessment. XLight technology guarantees to immediately measure by simply placing a measure box over achieve amazingly realistic volumetric images the area of interest. AutoNT helps in obtaining also with very diffjcult to scan patients, both faster, more reproducible and less operator for gynecology as well as obstetrics dependent results for improved diagnostic examinations. confjdence and maximized productivity.

Radiology Advanced diagnostic tools Large selection of probes • CnTI™ Full spectrum Contrast enhanced ultrasound • C 1- 8 Single Crystal convex array probes for • ElaXto Full Strain Elastosonography package for multiple applications Diffjcult- to- scan patients • QElaXto Shear Wave Tissue Stiffness Quantitative Assessment (MyLab™Eight eXP) • L 4- 15 High Frequency Linear array probe for • microV High sensitivity, spatial resolution hemodynamic analysis for micro-vascularization optimized spatial and contrast image resolution • Virtual Biopsy Clear visualization of needle insertion and path • Linear array probes from 3 to 22 MHz • Virtual Navigator State of the Art Real- time Multiple modality Fusion Imaging Technology • Biopsy dedicated Convex probe with 0°, 5°, 15° needle insertion angle • IH 6- 18 High Frequency Hockey Stick probe • TRT33 Transrectal Dual array and Endocavity probes • Prostate Transperineal Biopsy and Treatment Stepper

MSK and Rheuma Advanced diagnostic tools Large selection of probes • ElaXto Full Strain Elastosonography package for multiple applications • L 4- 15 High Frequency Linear array probe for optimized spatial and contrast image • microV High sensitivity, spatial resolution hemodynamic analysis resolution for micro-vascularization • Linear array probes from 3 to 22 MHz • Virtual Biopsy Clear visualization of needle insertion and path • IH 6- 18 High Frequency Hockey Stick probe • Virtual Navigator State of the Art Real-time Multiple modality Fusion Imaging Technology • CnTI™ Full spectrum Contrast enhanced ultrasound

Cardiology and Vascular Obstetrics and Gynaecology Advanced diagnostic tools Large selection of probes Advanced diagnostic tools • TVM Tissue Velocity Mapping • PA250 Single Crystal probe for defjned images and • XLight Advanced volumetric rendering technique • CMM Compass M- Mode on multiple view lines high frame • ElaXto Full Strain Elastosonography package for • QIMT Radiofrequency- based IMT for real- time • Phased array probes for Pediatric and Neonatal multiple applications assessment and top precision patients • AutoNT Automatic Nuchal Translucency measurement • QAS Radiofrequency- based real-time Arterial stiffness • TEE probes for Adult and Pediatric patients • microV High sensitivity, spatial resolution hemodynamic measurement • Linear array probes from 3 to 22 MHz analysis for micro-vascularization • Stress Echo for cardiac function assessment • Microconvex array probe • Virtual Biopsy Clear visualization of needle insertion during stress (prospective/retrospective) • IH 6- 18 High Frequency Hockey Stick probe and path • XStrain speckle tracking for myocardial strain and strain • Doppler pencil probes Low, Mid, High Frequency ad • Virtual Navigator State of the Art Real-time Multiple rate assessment for TCD examination modality Fusion Imaging Technology • LVO Left Ventricle opacifjcation