The GE Vivid E95 is a leading premium cardiac ultrasound machine known for its advanced imaging features, superior 4D cardiac visualization, and powerful processing technology, making it a top choice among echo machines for cardiac imaging specialists and hospital buyers. It competes strongly with other premium systems like the GE Vivid E90, Philips iU22, and Philips EPIQ 7, each offering unique strengths depending on clinical needs.

What Are the Key Features That Differentiate the GE Vivid E95 from Other Premium Ultrasound Machines?

The GE Vivid E95 stands out with its 4D imaging capabilities including HD Live, 4D Auto LVQ, and 4D Auto AVQ, which automate comprehensive cardiac measurements like left ventricular volume and ejection fraction. It uses the cutting-edge cSound image processing system and XDclear transducer technology, enhancing image resolution and depth particularly in difficult-to-image patients. Its wide array of Doppler modes and advanced tissue harmonic imaging tools provide detailed hemodynamic information and myocardial function analysis.

Detailed Features of the GE Vivid E95:

• 4D and HD Live imaging for high-definition cardiac exams
• Automated measurement tools for cardiac function (Auto EF, Auto LVQ, Auto AVQ)
• cSound advanced beamformer technology for superior image clarity at all depths
• XDclear transducers enabling crisp 2D, 3D, color, and Doppler imaging
• Multi-Doppler modes including Tissue and Power Doppler for precise blood flow evaluation
• Workflow enhancing features such as Needle Visualization and DICOM 3.1 compatibility

The price range for the GE Vivid E95 is approximately $65,000 to $97,500, reflecting its premium capabilities.

How Does the GE Vivid E95 Compare to the GE Vivid E90 and Philips Ultrasound Machines for Cardiac Imaging?

The GE Vivid E95 excels in advanced 4D cardiac imaging and processing power compared to the GE Vivid E90, which lacks 4D imaging but offers Scan Assistant Pro for workflow efficiency. The Philips iU22 and EPIQ 7 provide competitive 3D/4D imaging and advanced tissue features like shear wave elastography but generally come with smaller monitors or less advanced workflow automation for cardiac-specific applications.

What Should Cardiac Imaging Specialists Consider When Choosing Between the GE Vivid E95 and Competing Echo Machines?

Choosing the right cardiac ultrasound machine depends on your specific clinical needs, budget, and workflow preferences. The GE Vivid E95 is ideal for practices requiring state-of-the-art 4D cardiac imaging with automated quantification tools and advanced transducer options. Its robust features support comprehensive cardiac diagnostic applications, including stress echo and myocardial strain imaging.

If 4D imaging is less critical and budget is a primary consideration, the GE Vivid E90 offers many core features of the E95 at a lower cost. For those who desire enhanced tissue characterization and advanced AI-driven workflow aids, the Philips EPIQ 7 combines innovative imaging technologies with shear wave elastography and breast ultrasound capabilities.

For a broader overview of cardiac imaging equipment considerations, see the detailed cardiac ultrasound buyer guide on our site.

Which Cardiac Ultrasound Machine Offers the Best Value for Hospitals and Imaging Facilities?

The GE Vivid E95 positions itself as a premium option balancing advanced technology and diagnostic versatility suitable for high-volume cardiac centers. Its higher price reflects extensive features like automated 4D quantification and superior image quality for complex cardiac cases. Hospitals valuing comprehensive cardiac functionality over upfront cost will find substantial return on investment with the Vivid E95.Lower-priced alternatives such as the Philips iU22 or EPIQ 7 may appeal to facilities seeking multi-specialty applications or enhanced tissue imaging but fewer 4D cardiac features. For a functional cost comparison and equipment financing options, visit our ultrasound equipment selection and financing page.

GE Vivid E95

As a premium ultrasound machine, the GE Vivid E95 has leading-edge software and hardware features that render powerful processing speeds and spectacular image quality.

One of the best features in the GE Vivid E95 is its 4D imaging mode, allowing clinicians to view feature-rich video of patient anatomy in high-definition.

The GE Vivid E95’s array of 4D imaging capabilities includes HD Live imaging, 4D Auto LVQ, and 4D Auto AVQ. Using the 4D Auto LVQ and AVQ features for cardiac exams, clinicians get automated measurements of various left ventricular and aortic annulus parameters, including volume, ejection fraction, dimension, area, and circumference.

The GE Vivid E95 runs on an advanced image processing software called cSound. This innovative technology addresses the limitations of today’s ultrasound systems for scanning hard-to-image patients.

The cSound feature uses advanced beamformer technology to introduce a new level of versatility and imaging power. It has a deeper scanning depth and enhances image resolution at every level, providing more precise imaging in physically large patients.

Another distinguishing feature of the GE Vivid E95 includes compatibility with multiple XDclear transducer options. XDclear is GE’s most advanced transducer technology, designed to enhance image quality for 2D, 3D, color, and Doppler imaging.

Using XDclear, clinicians can achieve crystal clear imaging, detailed anatomical insight, and comprehensive quantitative assessment for various clinical exams and procedures.

The price of the GE Vivid E95 ranges between $65,000 and $97,500.

Pros:

• AFI Stress feature automates 2D speckle tracking to measure in real-time the deformation (strain) of the myocardial wall
• M-Mode and Anatomical M-Mode features for accurate, real-time measurements of various echocardiographic parameters
• Multiple Doppler modes for optimal visualization of blow flow (Color, CW, PW, Power, and Tissue Doppler)
• Tissue Harmonic Imaging feature that improves image clarity by enhancing edge detection so patient anatomy is clearly define
• Strain Rate imaging feature allows clinicians to assess myocardial function
• Auto Intima-Media Thickness (IMT) measurement of anterior and posterior walls for accurate carotid status
• Auto ejection fraction feature provides an automated measurement of the left ventricular ejection fraction (LVEF) during cardiac exams
• Speckle Reduction feature improves the quality of B-Mode scanning by reducing artifacts
• Continuous high pulse repetition frequency
• Needle visualization feature for precise needle and catheter placements
• DICOM 3.1 compatibility lets users send and receive patient data across other devices

Cons:

• No Shear Wave Elastography
• No Intracardiac Echo (ICE)

GE Vivid E90

Like the Vivid E95, the GE Vivid E90 is a shared service device that performs particularly well for cardiovascular imaging. It has almost all of the same features found in the Vivid E95, including XDClear transducer technology and cSound software.

The major difference between the Vivid E90 and Vivid 95 is that the Vivid E90 does not have a 4D imaging mode.

Besides 4D imaging, the GE Vivid E90 has many other notable features. Among them is Scan Assistant Pro – a customizable tool that lets clinicians save scanning protocols for routine imaging exams and decrease keystrokes up to 60~70%.

The GE Vivid E90 also has multiple advanced Doppler modes, allowing clinicians to visualize and measure blood flow with incredible precision. The Vivid E90’s Doppler modes include:

• Color Doppler
• Continuous-Wave (CW) Doppler
• Pulsed-Wave (PW) Doppler
• Power Doppler
• Tissue Doppler

The lack of a 4D image mode lowers the starting price of the GE Vivid E90 slightly below the Vivid E95, costing between $62,000 and $93,000.

Pros:

• M-Mode and Anatomical M-Mode features for accurate, real-time measurements of various echocardiographic parameters
• Strain Rate imaging feature allows clinicians to assess myocardial function
• Auto ejection fraction feature provides an automated measurement of the left ventricular ejection fraction (LVEF) during cardiac exams
• Auto Intima-Media Thickness (IMT) measurement of anterior and posterior walls for accurate carotid status
• Speckle Reduction feature improves the quality of B-Mode scanning by reducing artifacts
• Tissue Harmonic Imaging feature that improves image clarity by enhancing edge detection so patient anatomy is clearly defined
• Continuous high pulse repetition frequency
• Needle visualization feature for precise needle and catheter placements
• DICOM 3.1 compatibility lets users send and receive patient data across other devices

Cons:

• No 4D imaging mode
• No HD Live imaging
• No Shear Wave Elastography

Philips iU22

The Philips iU22 has been an industry-leading premium ultrasound machine for over a decade. It offers a wide range of advanced imaging features and produces crisp, high-definition images on a 22” OLED monitor. The iU22 console has three probe ports and an intelligent control panel that facilitates easier navigation and an intuitive workflow.

Similar to the GE Vivid E95, the Philips iU22 is a shared service ultrasound machine that offers premium 2D, 3D, and 4D imaging across multiple clinical applications, including:

• Pediatrics
• Radiology
• Cardiac
• OB/GYN
• Vascular, Musculoskeletal
• Urology
• And more

The Philips iU22 rivals the GE Vivid E95’s XDclear technology with its own xMatrix transducer technology. The Philips iU22 has a wide range of xMatrix transducers for remarkably clear imaging, including:

• Broadband
• Volume sector
• Linear-array
• Curved linear array
• TEE
• Doppler pencil

The Philips iU22 stands out from ultrasound machines of competing brands with cutting-edge features like InFocus Imaging, allowing physicians to get deeper penetration in hard-to-image patients while preserving image quality at every depth.

Additionally, clinicians cut down exam times using the iU22’s iScan tool – an advanced feature that automatically optimizes image quality at the touch of a button.

The Philips iU22 costs between $60,000 and $90,000.

Pros:

• iCommand voice recognition with over 2300 commands so users can control their device hands-free for improved imaging flexibility
• QLAB software allows clinicians to easily expand patient diagnostic information, and with several assessment and analysis apps
• Custom Tissue Imaging lets users adjust scans to specific body types while preserving the image’s resolution
• Modality Compare feature allows clinicians to view side-by-side images from other imaging modalities during scans
• InTune Transducer Technology matches transducers to the best acoustics for each clinical use to optimize patient diagnostic exams

Cons:

• Heavier console with a larger base, making it slightly less transportable than its competitors
• No HD Live Imaging
• No B-flow feature

Philips EPIQ 7

The Philips EPIQ 7 is a premium shared-service ultrasound machine with clinical applications for Cardiac, OB/GYN, Vascular, Urology, Musculoskeletal, and a host of others.

Similar to the GE Vivid E95, the Philips EPIQ 7 performs exceptionally well for cardiac imaging.
Advanced cardiac features like Cardiac Motion Quantification (CMQ) provides cardiologists with automated measurements of cardiac function, such as end-systolic volume (ESV).

The Philips EPIQ 7 also performs Spatio-temporal Image Correlation (STIC) – an automatic volume acquisition through the fetal heart, resulting in a complete fetal cardiac cycle displayed in motion in an endless 3D cineloop sequence.

Additionally, the Philips EPIQ 7 has Anatomical Intelligence for Breasts technology, making it one of the best ultrasounds for women’s healthcare. The AI for Breasts feature guides clinicians during breast screenings and increases reproducibility for follow-up exams.

Other stand-out features in the Philips EPIQ 7 include PureWave crystal transducers, TrueVue advanced 3D Display, and MaxVue HD Display, providing remarkably lifelike 3D images and a more realistic display of patient anatomy.

The price of the Philips EPIQ 7 ranges between $47,500 and $71,250.

Pros:

• nSight technology that increases ultrasound penetration by 76% for optimal imaging in hard-to-image patients
• MicroCPA for better visualization of tiny vessels and organ perfusion
• Shear wave elastography for improved liver assessment and evaluation of tissue elasticity of various traumatic and pathologic MSK cases
• M-Mode, Anatomical M-Mode, and Color M-Mode for accurate, real-time measurements of various echocardiographic parameters
• Various Dopper settings, including Color, CW, PW, Tissue, and Intelligent Doppler
• Needle Recognition for precise needle and catheter placements

Cons:

• 45 min back-up battery life is shorter than some of its competitors
• No HD Live Imaging
• No B-Flow feature

What to Consider When Buying an Ultrasound Machine

The ideal outcome for most prospective ultrasound buyers is to find a machine within their budget that satisfies the full scope of their medical practice’s imaging needs.

To achieve this, it is critical to clearly define the intended clinical use of your ultrasound machine before making a purchase. Buyers should also determine the advanced features they need for their practice and ensure the device is compatible with their existing software.

Intended Clinical Use

The intended clinical use of your device is one of the most important factors to consider when buying an ultrasound machine. Most medical practices benefit from buying a shared service ultrasound machine that they can use in multiple clinical settings.

But, in other cases, a shared-service system may not be the best. For instance, an OB/GYN clinic would likely be better off with an OB/GYN-centric ultrasound machine. The same can be said for a cardiology clinic and cardiac-focused ultrasound machines.

Buyers should also consider if they will use their ultrasound machine for diagnostic purposes, treatment, or both – this will determine the key system features to seek out.

For example, surgical teams and anesthesiologists often use ultrasounds for perioperative purposes and will benefit from purchasing a device with advanced features like Needle Recognition for precise needle or catheter placements.

What kind of features do you want?

The features you want in your ultrasound machine will be determined by several factors, including:

• Your medical specialty
• The type of procedures you do
• Your patient population

OB/GYN practices that routinely care for pregnant women typically seek out ultrasound systems with 4D and HD Live imaging, which allows expecting parents to see high-definition video of their baby inside the womb. Vascular care units benefit from features like MicroCPA, which allows clinicians to observe tiny vessels and organ perfusion with greater accuracy.

Is it compatible with your healthcare software?

Ultrasound images are often stored, shared, and compared to other forms of patient diagnostic data from different imaging modalities. The most efficiently run medical practices ensure that all of their medical devices are compatible with each other and with their computer software so that the transmission of patient files is seamless and secure. Today, DICOM 3.0 is the most common software.

Why Buy From Strata?

The GE Vivid E95, GE Vivid E90, Philips iU22, and Philips EPIQ 7 are all premium shared service ultrasound machines with exceptional performance for cardiac imaging.

In addition to the four ultrasound machines compared in this article, Strata Imaging offers complete rental, maintenance, repair, and sale of almost every type of ultrasound machine and related peripherals to all 50 states.

Browse our extensive catalog of ultrasound equipment to find the best fit for your medical practice.

When you buy from Strata Imaging, you get more than a first-class machine at a great price. You can also access our expert repair team and knowledgeable customer service reps.

Give us a call today at 866-770-9605 or fill out this form with any questions you have, and our dedicated service team will gladly assist you.

Frequently Asked Questions

What makes the GE Vivid E95 the best echo machine for cardiac imaging?

The GE Vivid E95 offers advanced 4D cardiac imaging, HD Live visualization, automated cardiac quantification, and enhanced image processing via cSound technology, making it a market leader in echo machines for detailed cardiac assessments.

How does the GE Vivid E95 improve workflow in cardiac ultrasound exams?

Its features like Auto ejection fraction, Auto LVQ/AVQ, and Needle Visualization automate complex measurements and procedural guidance, reducing exam times and user effort, enhancing clinical efficiency.

Can the GE Vivid E95 effectively image hard-to-scan patients?

Yes, using cSound’s advanced beamformer technology and XDclear transducers, the Vivid E95 achieves superior penetration and image clarity even in physically large or challenging patients.

What are the main limitations of the GE Vivid E95 compared to other premium ultrasound systems?

The Vivid E95 does not include Shear Wave Elastography or Intracardiac Echo (ICE) capabilities found in some Philips models, which may affect applications requiring detailed tissue elasticity or intracardiac visualization.

Contact for Price Quote