Ultrasound Rental Description

Model #: GE Vivid 7

Business to Business Only

Find a cardiac ultrasound machine to rent in nearby Newark, NJ. The GE Vivid 7 Dimension Ultrasound Machine delivers more 4D imaging capabilities than ever before - ungated, unspliced, online and in real time or 4D full volume acquisitions. Vivid 7 is more than an ultrasound product. It's a way of thinking. Of working. A raw-data ultrasound platform that evolves. Renews. Improves. Year after year. Breakthrough after annual breakthrough.

New and pre-owned Ultrasound Machine rentals for hospitals, radiology departments, imaging centers, orthopedic surgeons and clinics in Newark, Jersey City, Paterson, Elizabeth, Edison, Toms River, Trenton, Clifton, Brick Township, Passaic, and all of New Jersey. Please call 508-864-0150

The GE Vivid 7 Ultrasound features can include: Colorflow Digital Ultrasound System w/THI, w/DICOM, w/3D View with B, B/M, M Mode. TruScan, TruSpeed Color Flow, Real Time Anatomical M-mode, Tissue Synchronization Imaging, Strain Rate Imaging, Real Time Full Volume, Tri-Plane Imaging, Tissue Velocity Imaging, Coded Phase Inversion for Contrast Imaging, Blood Flow Imaging (BFI)

Applications
- Cardiology
- Vascular
- Abdominal
- Small Parts
- MSK
- Urology
- Pediatric
- Neonatal

Comparable Systems
- Philips iE33
- Toshiba Aplio
- HP5500

Key Standard Features
- B, CFM, M, PW, PDI
- Anatomical M-Mode
- 17’’ High-Resolution TFT LCD Screen
- Tissue Harmonics
- Coded Harmonic Imaging
- Coded Excitation
- Anatomical M-Mode
- Auto Tissue Optimization (ATO)
- Auto CFM Optimization (ACO)
- Auto Spectrum Optimization (ASO)
- TruScan Architecture (TruAccess, SmartScan, ComfortScan)
- Internal DVD/CD-RW Drive

These Cardiac Ultrasound Machines are used to perform Echocardiogram's, often referred to as cardiac ECHO or simply an ECHO, it is a sonogram of the heart. Also known as a cardiac ultrasound, it uses standard ultrasound techniques to image two-dimensional slices of the heart. The latest ultrasound systems now employ 3D real-time imaging.