MyLab™Six: the Image of Versatility and Efficiency in Ultrasound Technology

Designed with exclusive ergonomics and ultrasound imaging features, MyLab™Six is the Premium Choice in its class. MyLab™Six is a cart-based ultrasound system providing highly ergonomic, low on noise and ‘green’ product solutions. Configured for an extensive range of applications, MyLab™Six delivers a premium quality, yet affordable, solution for shared ultrasound services across any busy clinical setting.

General Imaging and Women's Health

• MyLab™Six integrates the latest Imaging Technologies such as Tissue Enhancement Imaging (TEI™) and XView algorithm processing to provide you with exceptional high-resolution and artefact-free images.
• An additional powerful technique, the MView (optional), allows to further enhance details to display enhanced borders and interface structures.
• An ultra sensitive Colour & Power Doppler with Spectral waveform analysis is available to support vascular investigations. It also includes special advanced technologies such as XFlow, to detect very low flows.

Cardiology and Vascular

• MyLab™Six delivers an extraordinary cardiovascular ultrasound package, starting from fundamental 2D-M mode imaging (with TEI™ and XView Technologies) to top performing CFM, PW and CW Doppler, that properly manage any kind of required examination.
• The measurements configurator allows users to add any new measurements to the default packages by defining their label, formulas and final report display. The innovative Compass M-Mode option allows up to multiple M-Mode lines, as well as TVM (Tissue Velocity Mapping) while the Stress Echo package provides a complete wall motion analysis for myocardial function evaluation.
• As exclusive features for a system of this class which truly sets MyLab™Six apart from all other systems is its capability to employ QIMT and XStrain* (2D & 4D) advanced technologies, in addition to the optionally available transesophageal multi-plane transducer.

Superb Diagnostic Quality In A Highly Flexible, Fast And Simple To Operate System

• Deeper, clearer scans for excellent quality results
• Configured for cardiovascular and a wide range of other applications, perfect for shared diagnostic services across clinical settings
• Ergonomic design enables fast workflow and patient throughput
• High on vision, Low on noise “Green” Product, with Remote Service capability

Physical System Specifications

• Dimensions: Approximately 19.29” w x 39.37” – 44.09” h x 25.59” d
• Weight: 121.25 lbs. (without monitor)
• 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: 100-240VAC, 50/60Hz <220VA, or battery operation

System Overview

Monitor:

• 17”or 19” Wide Screen 15/9 LCD monitor
• Screen Resolution: 17" 1280x768; 19" 1366x768
• 256 gray levels or B-color levels
• Image size: 860 x 600 pixels
• Brightness Digital adjustment
• Optional articulated monitor arm

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
• Trackball with two keys - PC mouse logic + jolly key
• Dedicated buttons to activate primary modalities:
  • B-Mode
  • M-Mode
  • 3D/4D
  • CFM
  • PWR D
  • PW
  • CW
• Direct multifunction knob to activate and control primary modalities:
  
  • Imaging Gain
  • Color Gain
  • Doppler Gain
• Dedicated key for:
  • System on/off
  • End exam
  • General Setup Menu
  • Archive
  • eTouch
  • Applicaton measure
  • Generic Measure
  • Line/Update (in split modes)
  • Dual Imaging
  • Image/Clip Storage
  • Acquire (for advanced operations)
  • Peripherals remote control (1 - 2)
  • AutoAdjust
  • 8 TGC slide controls
• Integrated Loudspeakers

Touch Screen

• Resolution: 1024x600px
• Brightness Digital Adjustment
• Dimension: 19.5x11.8cm (7.7x4.6inch) – 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
• ADM: Automatic Doppler Measurements
• B-Ref (for Split modes)
• B-Ref/Trace representation format
• Special function buttons
• 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
• 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 measurement from the graphic overlay
• Reports
• Offline capability
• Pause a study
• Visual comparison saved images/clips archived images/clips
• Visual comparison with real time images and clips
• Cine Memory: up to 1.000 frames
• PC: > 2 GByte
• Local drivers:
  • 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 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

MyLabSeven 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

• Abdomen
• Cephalic (Adult, Neonatal)
• Breast
• Cardiology (Adult, Pediatric)
• Gynecology
• Musculoskeletal
• Obstetric
• Pediatric
• Small Parts
• Thyroid
• Vascular
• General Imaging (Neonatal, pediatric, Adult)
• Urology

Transducer types

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

Transducers/Probes

• 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 Intraoperative 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
• SP2430 | 4-1 MHz Phased Array Transducer
• SP2442 | 8-3 MHz Phased Array Transducer
• SP2730 | 4-1 MHz Phased Array Transducer
• ST2612 | 7-3 MHz TEE Phased Array Transducer
• S2MCW | 2 MHz CW Probe
• S5MCW | 5 MHz CW Probe
• SHFCW | 8 MHz CW Probe
• LP4-13 | 13-4 MHz Laparoscopic Transducer