
GE Voluson 730 Ultrasound
Revolutionary Technology and Performance.
You can rely on the GE Voluson 730’s well-established ultrasound platform day in and day out- It’s a flexible system that easily handles upgrades and shared services, in addition to a reporting package with structured findings that helps drive workflow and productivity.
New Ultra-Definition Imaging combines image acquisition and processing technology to take imaging to the next level, for an optimal image with one button control.
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.
Product Description
The Voluson® 730 Pro V BT‘08 is especially designed for the needs of physicians in private offices as well as small hospitals.
Highlights
- Real-Time 4D
- 3D Multiplanar Display
- “Glass-Body” rendering
- 3D Power Doppler
- XTD-View Imaging
- HI – Tissue Harmonic Imaging
- AO – Automatic Optimization
- CE – Coded Excitation
Here are just a few examples of how GE is bringing you more:
- Speckle Reduction Imaging (SRI) heightens the visibility of organs and lesions through improved contrast resolution and border detection while reducing artifact characteristics of ultrasound.
- CrossXBeamCRl (CRI) enhances tissue and border differentiation with an exclusive spatial compounding acquisition and processing technique
- HD-Flow is a bi-directional power Doppler feature that enables a more sensitive vascular study and reduces the overwriting associated with standard color Doppler.
- Volume Contrast Imaging (VCI) allows for better assessment of size, margins and internal structures of lesions through maximized image quality in all three planes.
- Tomographic Ultrasound Imaging (TUI) makes analysis and documentation of dynamic studies easier by providing a simultaneous view of multiple slices of a volume data set.
- Spatio—Temporal Image Correlation (STIC) is an innovative technique that allows clinicians to quickly capture a full fetal heart cycle beating in real-time and save the volume for later analysis.
System Specifications
- Height 142 cm (55.9 in)
- Width: 68 cm (26.7 in)
- Depth: 100 cm (39.4 in)
- Weight (no peripherals): 300 lb (136 kg)
Electrical Power
- Voltage: 115 Vac or 230 Vac
- Frequency: 50I60 Hz
- Power: Max 1010 VA with onboard peripherals
- Maximum Thermal Output 3446 BTU/hr
Console Design
- 3 Active Probe Ports and 1 parking slot port
- 1 Non-Imaging Active Port
- Integrated HDD (80 GB)
- Integrated DVD+ R(W) / CD—R(W)
- rivelntegrated MOD drive (optional)
- On-board storage for peripherals
- Integrated locking mechanism that provides rolling lock
- Integrated cable management
- Front and rear handles
User Interface
Operator Keyboard
- Floating Keyboard: Rotation: adjustable +300 from center
- Full-sized, backlit alphanumeric keyboard
- Ergonomic hard key layout
- Interactive back-lighting
- Integrated recording keys for remote control of up to 3
- peripheral or DICOM (optional) devices and one additional remote control for VTR
Monitor
- 15″ High-Resolution noninterlaced CRT
- High brightness with 250cd
- Tiff/Rotate Adjustable Monitor
- TiIt Angle: +l— 11°
- Rotate Angle: +I- 90″
- Wide Image area
- Digital brightness & contrast adjustment
- Brightness & Contrast control with quick return to a pre—set calibrated level
Operating Modes
- B-Mode (2D)
- M-Mode (M)
- M-Color-Mode (MC)
- Color Flow Mode (C)
- Power Doppler Imaging (PD)
- Tissue Doppler Imaging (TD)
- PW Doppler (PW)
- Extended View (XTD—View)
- CW Doppler (CW)
- Volume Mode (3D/4D):
- 3D Static
- 4D Real-Time
System Standard Features
- State-of-the-art user interface with onscreen menu’s
- 4D Real-Time
- Automatic Tissue Optimization
- Coded Harmonic Imaging (HI)
- Coded Excitation (CE)
- CrossXBeamCRl (Compound Resolution Imaging)
- Tissue Doppler (TD)
- Static SD Mode:
- B-Mode only
- B + Power Doppler Mode
- B + CFM Doppler Mode
- B + CRI
- B + CRI + CFM
- B + CRI + PD
- Focus Frequency Composite (FFC)
- High Resolution Zoom
- Pan Zoom
- Steering
- Virtual Convex
- Beta-View
- Patient information database
- SonoView ll: On-board image/data storage software, storage on DVD or internal hard drive or MO (option)
- 3D/4D data compression (lossy/Iossless)
- Real-Time automatic Doppler calculations
- Multigestational Calculations
System Options
- DICOM
- XTD-View
- CW—Doppler (Hardware Option)
- 4D View 2000 PC Software
- Foot Switch, with programmable functionality
- Integrated MO drive (supports up to 1.SGB disks) – optional
- Modem (for service only)
Connectivity
- Ethernet network connection
- Modem (for service only)
- USB for hard disks/memory sticks
- DICOM support (optional)
- Verify
- Store
- Modality Worklist
- Structured Reporting
- Storage Commitment
- MPPS (Modality performed procedure step)
- Media Exchange
- Off network / mobile storage queue
External Inputs & Outputs
- Connectivity on rear panel (direct access)
- VGA Out
- Composite Video out (Color)
- Footswitch
- Network (RJ45)
- Modem (RJ11)
- USB (2x)
- RS 232 (Optional, RS232 to USB converter) Connectivity behind rear panel (access after opening):
- Video Out
- RGB
- Composite Video (B/W Printer)
- S-Video(VTR)
- Video In:
- Comp. Video
- S-Video
- Audio Out – Left/right
- Audio In – Left/right
- USB (3x)
- Parallel Port
- Remote BW Printer
- Remote Color Printer via USB
- Remote VTR (R8232)
- External microphone
System Applications & Reporting
- Abdomen
- General Imaging
- Pediatrics
- Renal
Pain Management Imaging
- Anesthesia
- Musculoskeletal (MSK)
- Orthopedic
Women’s Imaging
- Breast Imaging
- Gynecology
- Obstetrics
- Reproductive Medicine (IVF)
Cardiac Imaging
- Adult Echo
- Cardiac Screening/ Survey
- ECG
- Pediatric Echo
Small Parts Imaging
- Breast
- Testicle
- Thyroid
Urology Imaging
- Pelvis
- Prostate
Vascular Imaging
- Arterial
- Carotid
- Transcranial
- Venous
Structured Reporting
- DICOM-Cardiac Structured Reporting
- DICOM-Vascular Structured Reporting
- DICOM-OBIGYN Structured Reporting
Scanning Methods
- Electronic Sector
- Electronic Convex
- Electronic Linear
- Mechanic Volume Sweep
Transducer Types
- Sector Phased Array
- Convex Array
- Micro-convex Array
- Linear Array
Volume Probes 4D:
- Convex Array
- Micro-convex Array
- Linear Array
Transducers/ Probes (*Displayed MHz Range Includes Multiple Transducers)
- Linear Array 3-17 MHz
- Curved Array 1-8 MHz
- Phased I Sector Array 1-10 MHz
- Endocavity 4-9 MHz
Cardiac Transducers/ Probes
- Adult Cardiac 1-10 MHz*
- Pediatric Cardiac 1-10 MHz*
3D/ Volume Transducers/ Probes
- Abdominal 1-9 MHz*
- Endocavity 4-9 MHz*
- Linear 6-18 MHz