Esaote MyLab Seven

Esaote MyLab Seven Ultrasound

Productivity in Real-Time

MyLab Seven is an innovative ultrasound system able to deliver high-class performance and compact size.

The wide 16:10 LCD monitor and large sized high-definition touch-screen reflects the main philosophy of the system: Productivity in real-time, means better diagnosis in less time.

Below is a generalized description of this systems technology, specifications, features, and options. The below may not reflect the features and options available on units in our inventory.

A New Era In Ultrasound
MyLab™Seven with eHD Technology delivers high-class performance in a compact size and offers Productivity in Real-time, which means better diagnosis in less time, with improved user comfort and clinical outcome as well as increased department throughput and efficiency. MyLab™Seven with eHD Technology is the right choice to drive healthcare innovation.
Advanced Technologies

  • Image Processing: Esaote offers many technologies for imaging enhancement. With TEI™, the harmonic signal is fully preserved without degradation of acoustic information. MView and XView improve the quality of ultrasound images by reducing the presence of artifacts, shadowing and speckle.
  • Raw data post-processing: Allows post-processing of images and video clips previously acquired and saved into the archive. This feature is very helpful in the clinical workflow and provides physicians with image optimization and precise measurement even in the off-line stage.
  • XFlow – Extraordinary flow sensitivity and spatial resolution: XFlow provides direct visualization of blood echoes, extending the wideband resolution, high frame rates and wide dynamic range of blood flow.
  • CnTI™ – Contrast Tuned Imaging: Esaote’s proprietary CnTI™ (Contrast Tuned Imaging) provides high performance contrast enhanced ultrasound imaging with second-generation contrast media.
  • X4D: Esaote’s volumetric technology takes full advantage of the touch panel to optimize workflow and ease of use, and represents a breakthrough in technology.
  • ElaXto – Further step towards tissue characterization: Non-invasive method to support the physician in assessing tissue elasticity.
  • X4D: real-time technology for eXtended 3D-4D advanced OB/GYN imaging in volumetric scanning.
  • XStrain4D: XStrain™ is a non-invasive tool to better investigate myocardial function and explore and quantify aspects of the heart’s physiology which were not possible to detect and quantify with previous ultrasound technologies.
  • RFQIMT – Innovation and Accuracy in Vascular Imaging: These measurements, based on beyond state of the art RF-data technology, are real-time, accurate and provide measurement quality indicators overlaid on the B-Mode ultrasound image.

Intelligent Software

  • A Standard Ultrasound System Becomes A Personal Application-Specific Diagnostic Tool
  • Customized settings and multiple functions can be organized according to clinical practice and preferences and then easily recalled by just pressing a button.


  • Extending Productivity Wide ranging image settings, user preferences and clinical targets, normally require time and attention. SmarTouch delivers dedicated settings for any anatomical region so optimal images are displayed with just one touch.

System Dimensions

  • Dimensions: Approximately 19.29” w x 48.11” – 56.29” h x 27.55” d
  • Weight: <143.3 lbs. (system only)
  • Noise Level: 41 dBA (operator, seated); 39.9 dbA (patient)
  • Operating Temperature: 59 – 95°F; Humidity: 15 – 80 % (not condensing)
  • Storage Temperature: -4 – +140°F; Humidity: 5 – 80 % (not condensing); 5 – 27% at 60°C
  • Electrical: 1100-240VAC, 50/60Hz <220VA, or battery operation

System Overview

  • 17”or 19” Wide Screen 15/9 LCD monitor
  • 256 gray levels or B-color levels
  • Image size: 860 x 600 pixels
  • Control Panel
  • Full Alphanumeric Keyboard
  • LEDs Brightness Digital adjustment
  • Ergonomic Key Layout
  • Ergonomic and adjustable back lighting control panel
  • Primary controls easily accessible and logically grouped
  • Programmable keys
  • eTouch: Macro Recorder
  • SmarTouch: easy way to optimized system settings Trackball with two keys – PC mouse logic
  • Trackball with two keys – PC mouse Logic
  • Dedicated buttons to activate primary modalities:
    • B-Mode
    • M-Mode
    • 3D/4D
    • CFM
    • PW
    • CW
  • Direct multifunction knob to activate and control primary modalities:
    • B-Mode/M-Mode
    • Imaging Gain
    • Color Gain
    • Doppler Gain
  • Dedicated key for:
    • System on/off
    • End exam
    • General Setup Menu
    • Archive
    • eTouch
    • Application measure
    • Generic Measure
    • Line/Update (in split modes)
    • Dual Imaging
    • Image/Clip Storage
    • Acquire (for advanced operations)
    • Peripherals remote control (1 – 2)
    • Auto Adjust
    • 8 TGC slide controls
  • Integrated Loudspeakers

Touch Screen

  • Resolution: 1024x600px
  • Brightness Digital Adjustment
  • Dimension: 19.5×11.8cm (7.7×4.6inch) – Wide Screen 15/9 – 8.9”
  • Tools Activation
  • Contrast (CnTI)
  • Physio (ECG signal)
  • Exam Review
  • Reverse
  • Orientation
  • Duplex/Triplex (in Split modes)
  • XView
  • MView
  • Gray Map
  • High Definition Zoom
  • TPView
  • Power
  • Color Map
  • ElaXto
  • LVO
  • ADM: Automatic Doppler Measurements
  • B-Ref (for Split modes)
  • B-Ref/Trace representation format
  • 6 direct encoders for Software Keys
  • Multilanguage Alphanumeric keyboard

Enhanced Image Processing

  • Tissue Enhancement Imaging (TEI™)
  • XView algorithm
  • M-View

Operative Modes

  • B-Mode (2D)
  • Colorize 2D, M-Mode and PW/CW
  • PW/CW Doppler
  • Non Imaging CW
  • CFM (Color Doppler)
  • Power Doppler
  • Directional Power Doppler (VeloPower)
  • XFlow
  • TEI (Tissue Enhancement Imaging
  • CPI (only for CristaLine models)
  • ECG
  • CMM (Compass M – Mode)
  • TVM (Tissue Velocity Mapping)
  • TPView
  • MView on linear and convex probes
  • VPan (Panoramic View)
  • CnTI (Contrast Tissue Enhanced Imaging)
  • 3D/4D Imaging
  • Elastosonography (ElaXto – Manual mechanical excitation; Color and black/white coded maps; Single/Dual representation

Archiving Capabilities

  • Still image, Video clips, Doppler clips (Full resolution)
  • Patient data, Annotations, body marks and measurement from the graphic overlay
  • Reports
  • Offline capability
  • Pause a study
  • Visual comparison saved images/clips archived images/clips
  • Compressed images and clips
  • Cine Memory: up to 1.000 frames
  • PC: > 2 GB
  • Local drivers:
    • Hard disk: 250 GB
    • DVD reader/writer
  • Internal Patient Database
  • Visual comparison with real time images and clips
  • User selectable filter for the database search
  • Still images and loops storage in DICOM formats
  • Real Time Archive capability for still frames and video clips
  • Stored data thumbnails always displayed on two columns on the right side of the screen
  • IHE Complaint
  • Annotation/Bodymark/Measurements capability on previously stored images

Data Export

  • Standard output file formats (BMP, PNG, JPEG)
  • Native and DICOM formats
  • Clips formats:
    • AVI Codec: Microsoft MPEG4-V2 and Microsoft -Video1
    • Still frames: compressed (lossy, loss-less) and not compressed
    • Native and DICOM formats
  • Patient data, Annotations, Body marks and Measurements from the graphic overlays
  • Reports in PDF

DICOM Connectivity
MyLab Seven system supports the following DICOM service classes:

  • Verification service class as the SCU and SCP
  • Modality Worklist management service class in the role of SCU
  • Modality Performed Procedure Step (MPPS) class in the role of SCU
  • Storage service class as a SCU
  • Storage Commitment service class as SCU
  • DICOM Print SCU
  • DICOM Query Retrive

Standard Measurement/Reporting Packages

  • Abdomen
  • Breast
  • Cardiology
  • Gynecology
  • Obstetric with programmable tables
  • Pediatric
  • Small Parts
  • Thyroid
  • Transcranial
  • Vascular

Clinical Applications

  • Cardiac (Adult, Pediatric)
  • Vascular
  • General Imaging (Neonatal, Pediatric, Adult)
  • Abdominal
  • OB/GYN
  • Cephalic (Adult, Neonatal)
  • Breast
  • Musculoskeletal
  • Pediatric
  • Small Parts
  • Thyroid
  • Urology

Transducer types

  • Multifrequency Electronic Convex Array
  • Multifrequency Electronic Linear Array
  • Multifrequency Electronic Phased Array
  • Pencil CW/PW
  • Bi-Scan Convex Array
  • TEE


  • AL 2442 | 11-3 MHz Linear Transducer for Vascular, Abdominal, Cardiac, OBGYN, and Small Parts Imaging
  • SL2325 | 18-6 MHz Linear Transducer for Vascular, Small Parts, Pediatric, Rheumatology, and Anaesthesiology
  • SL1543 | 13-3 MHz Linear Transducer for Vascular, Small Parts, Abdominal, and Cardiac
  • SL3116 | 22-10 MHz Linear Transducer for Vascular, Neonatal, Rheumatology, and Anaesthesiology
  • IH18-6 | 18-6 MHz Intraoperative Transducer for Intraoperative, Small Parts, Musculoskeletal, and Peripheral Vascular
  • AC2541 | 8-1 MHz Curved Transducerfor Abdominal, OBGYN, and Vascular
  • SC3123 | 10-3 MHz Microconvex Transducer for Pediatric, Vascular, and Anaesthesiology
  • SE3123 | 9-3 MHz Microconvex Transducer for Ob/Gyn, Urology, Transvaginal, and Transrectal
  • EC1123 | 9-5 MHz Microconvex Transducer for Ob/Gyn, Urology, Transvaginal and Transrectal
  • SB2C41 | 8-1 MHz Volumetric Transducer for Abdominal, Ob/Gyn, Contrast Agents Procedures, and 3D biopsy Variable-Band Bi-scan Volumetric Imaging
  • SP2430 | 4-1 MHz Phased Transducer for Cardiac, Transcranial, and Vascular
  • SP2442 | 8-3 MHz Phased Transducer for Cardiac, Vascular, Neonatal Cephalic, and Pediatric
  • ST2612 | 7-3 MHz TEE Phased array Transducer for Cardiac
  • ST2613 | 7-3 MHz TEE Phased array Transducer for Cardiac and Pediatric
  • S2MPW | 2 MHz Pencil Array for Cardiac and Transcranial
  • S2MCW | 2 MHz Pencil Array for Cardiac, Abdominal, and Pediatric
  • S5MCW | 5 MHz Pencil Array for Vascular
  • SHFCW | 8 MHz High Frequency Pencil Array for Vascular
  • LP4-13 | 13-4 MHz Laparoscopic Linear Array Transducer