Portable Esaote MyLab Gamma

Portable Esaote MyLab Gamma Ultrasound

A World without Boundaries with Smart Portable Ultrasound.

MyLab Gamma is a best in class, highly-portable, ‘green’ ultrasound system. Based on Esaote;’s productivity-oriented operating platform, the super-light, feature packed portable system sets ultrasound free to be used in any environment at a moment’s notice, from Point-of-Care to Shared Service solutions.

Includes 5-year standard warranty

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.

As a recognised leader in ergonomics and design lead simplicity, Esaote has engineered the MyLab™Gamma to meet the rigorous demands of the sonographer’s working environment, particularly those using ultrasound systems for many hours a day, without compromising diagnostic confidence.
Wherever, Whenever… select your E-app and probes
The new portable ultrasound MyLab™Gamma is an extremely mobile system that can be easily shared between different departments within a clinic or hospital and can also be brought on-site without any problem.
  • Anaesthesia
  • Emergency & Critical Care
  • Cardiology
  • Vascular
  • Radiology
  • Musculoskeletal
  • Rheumatology
  • Women’s Healthcare
  • Neurology
eTouch™: Speed Up Your Workflow
  • Esaote’s simple-to-use, eTouch™ screen-based interface guides the operator through set-up and image capture, enabling faster workflow.
iQProbes appleprobe: an Innovative Approach in Ergonomics
The appleprobe keeps hand and wrist in their natural alignment distributing the grip throughout the whole hand as one grips an apple. You can relieve tension on the fingers and the wrist, when not scanning, simply by keeping the probe between the fingers.
Optimal Solution for a Range of Applications
From Point-of-Care to Shared Service Solutions, Delivering Affordable Productivity, Efficiency, Value

  • Incorporating high resolution imaging, advanced technologies, and supporting a range of probes, MyLab™Gamma is an optimal ultrasound solution for cardiovascular and a range of other applications.
  • High on vision, low on noise and ‘green’ ultrasound systems with remote service capabilities improve user comfort and quality of the working environment.

Mobile Services

  • MyLab™Gamma is battery operated, which makes it an extremely mobile system that can be easily shared between different departments within a clinic or hospital. It can also be brought on-site without any problem. Thanks to its quick boottime and stand-by operating mode, the scanner is ready to use within seconds.

Cardiovascular Imaging

  • For Cardiovascular applications, MyLab™Gamma is equipped with comprehensive cardiac and vascular ultrasound packages, and provides excellent image quality in a very compact size. Advanced tools (QIMT, XStrain™(*), TEE Probe, Post Processing, Wireless connectivity – customizable measurements and flexible configuration – coupled with a tailored reporting package – make MyLab™Gamma the complete solution for cardiovascular scanning in the clinic and on the move.


  • By combining XStrain™ analysis of standard apical views (2Ch, 4Ch, Alax), XStrain4D provides complete volumetric assessment of left ventricle. Global and regional curves as well as strain-strain rate and volume measurements are easily and quickly displayed(*).


  • RFQIMT (Quality Intima Media Thickness) is based on the innovative Esaote’s RF-data technology. Accuracy, ease of use, real-time feedback, graphs and report are part of this innovative package for early diagnosis clinical practice.

General Imaging/Women’s Health

  • MyLab™Gamma’s is also well-suited to General Imaging applications. The latest imaging processing technologies (XView and MView), portability and high-level of automation, help reduce exam times and increase diagnostic capabilities.
  • The wide range of available transducers allows the user to choose the best probe for every radiology examination. The convex and endocavity probe provide excellent image quality within the Women’s Health application, whereas the 3D probe can also be used during a standard examination.

For Ob-Gyn applications the system offers both Bi and Tri-dimensional outstanding image quality, thanks to the most updated rendering methods. For Muskuloskeletal apllications, MyLab™Gamma provides 18MHz quality imaging and panoramic imaging.

Physical System Specifications
  • Dimensions: Approximately 13.4” w x 14.9” – 15.7” d x 3.8” – 13.4” h
  • Weight: 12.4 lbs. (system only); 16 lbs. maximum (with battery)
  • Noise Level: 52.2 dBA (operator, seated); 50.2 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: 110-240VAC, 50/60Hz <200VA, or battery operation
System Summary
  • 13.3” LCD Main Screen (1280 x 768) with ±90° rotation
  • 256 gray levels or B-color levels
  • Image size: 860 x 600 pixels
  • Complete and back-illuminated control panel
  • 8.9” Color LCD touch screen (1024 x 600) with additional controls and mode-dependent keys
  • 2 active probe connectors
  • HDMI output (auxiliary monitor)
  • I/O connectors: LAN RJ45; 4 USB; Audio input/output (stereo): dedicated port for headset with microphone; ECG input
  • Wi-Fi (optional)
  • Integrated cooling system with very silent fans
  • Integrated Loudspeakers
  • Fully digital modular platform
  • Factory presets (unlimited programmable) for every probe and application
  • Standby mode (with battery), <20 sec. to resume
  • Live scanning on battery (approximately 80 minutes operating time)
  • 13.3” Wide Screen 15/9 LCD monitor
  • Screen Resolution: 1280x800px
  • Dimension: 28.9×18.1cm
  • Image Resolution: 860x600px
    • Brightness Digital adjustment
    • Information on Monitor
    • Application
    • Selected Preset
    • Date & Hour
    • Type of probe
    • Probe Orientation
    • Operating Frequency Range
    • Selected Central Frequency
    • Range
    • Acoustic Power Output
    • Gray Map
    • Dynamic Range
    • Compression
    • Persistence
    • Enhancement
    • XView
    • MView
    • Depth
    • Focus (position/number)
    • Doppler Angle
    • CFM & Spectral Doppler Filter
    • Sample Volume Size and depth
    • Frame Rate
    • PRF
    • Gain 2D, CFM, PW/CW
    • Patient Data
    • Hospital Data
    • Body Markers
    • Remote Digital Printing and Storage Status
    • Remote Dicom Storage Status
    • TEE Probe Position Angle
    • TEE Probe Temperature
    • Heart Rate
    • Timer
    • Sweep time indication on trace
    • Trackball action function
    • Icons for XView, AutoAdjust, MView, Battery, Peripherals, Media Storage options andNetworks
Control Panel
  • 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
  • Dedicated buttons to activate primary modalities:
    • B-Mode
    • M-Mode
    • 3D/4D
    • CFM
    • PW
    • CW
  • Direct multifunction knob to activate and control primary modalities:
    • Imaging Gain
    • Doppler Gain
  • Dedicated key for System ON/OFF, end exam, General Setup Menu, Archive, eTouch, Application Measure, Generic Measurement, Line/Update (in Split modes), Dual Imaging, Image/Clip, Storage, Acquire (for advanced operations), Peripherals remote control, AutoAdjust
  • 8 TGC slide controls
  • Integrated Loudspeakers
Touch Screen
  • Resolution: 1024x600px
  • Brightness Digital
  • AdjustmentDimension: 19.5×11.8cm (7.7×4.6inch) – Wide Screen 15/9 – 8.9”
  • Tools activation
  • Physio (ECG signal) Exam Review
  • Reverse
  • Orientation
  • Duplex/Triplex (in Split modes)
  • XView
  • MView
  • Gray Map
  • TPView
  • Power
  • Color Map
  • Second printer button
  • ADM: Automatic Doppler Measurements
  • B-Ref (for Split modes)
  • B-Ref/Trace representation format
  • Special functions buttons
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
  • ECG
  • CMM (Compass M – Mode)
  • TVM (Tissue Velocity Mapping)
  • TPView
  • MView on linear and convex probes
  • VPan (Panoramic View)
  • 3D/4D Imaging
Archiving Capabilities
  • Still image, Video clips (Full resolution)
  • Patient data, Annotations, body marks and measurements
  • Reports
  • Offline capability
  • Visual comparison saved images/clips archived images/clips
  • Compressed images and clips
  • Cine Memory: up to 1.000 frames
  • Hard disk: 250 GB
  • DVD reader/writer
  • Internal Patient Database
  • 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 onscreen
  • 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
  • Patient data, Annotations, Body marks and Measurements from the graphic overlays
  • Reports in PDF
DICOM Connectivity
  • MyLabGamma supports the following DICOM services 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
Standard Measurement/Reporting Packages
  • Abdomen
  • Breast
  • Cardiology
  • Gynecology
  • Obstetric with programmable tables
  • Pediatric
  • Small Parts
  • Thyroid
  • Transcranial
  • Vascular
  • Generic Measurements
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
  • SL2325 | 18-6 MHz Linear Transducer
  • SL1543 | 13-3 MHz Linear Transducer
  • SL3116 | 22-10 MHz Linear Transducer
  • IH18-6 | 18-6 MHz Hockey Stick Transducer
  • AC2541 | 8-1 MHz Convex Transducer
  • SC3123 | 10-3 MHz Micro Convex Transducer
  • SI2C41 | 8-1 MHZ Convex Biopsy Transducer
  • SE3123 | 9-3 MHz Endocavity Transducer
  • SB2C41 | 8-1 MHz Volumetric Transducer
  • BE1123 | 9-3 MHz Volumetric Endocavity Transducer
  • SP2430 | 4-1MHz Phased Array Transducer
  • SP2442 | 8-3 MHz Phased Array Transducer
  • SP2730 | 4-1 MHz Phased Array Transducer
  • ST2612 | 7-3 MHz Adult TEE Transducer
  • ST2613 | 7-3 MHz Pediatric TEE Transducer
  • S2MCW | 2 MHz CW Probe
  • S5Mcw | 5 MHz CW Probe
  • SHFCW | 2 MHz CW Probe
  • S2MPW | 2 MHz PW Probe
  • LP 4-13 | 13-4 MHz Laparoscopic Transducer