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GE Vivid E95 Ultrasound Machine
$49,000.00
Free shipping (USA)
GE Vivid E95 Ultrasound System Precision Imaging for Advanced Cardiology
The GE Vivid E95 is a premium cardiovascular ultrasound system designed to meet the high demands of cardiac and vascular imaging. With its advanced imaging capabilities and user centric design, the Vivid E95 empowers clinicians to deliver precise and confident diagnoses.
Advanced Imaging Capabilities
The Vivid E95 is equipped with state of the art imaging technologies that provide exceptional clarity and detail, making it ideal for a wide range of cardiovascular applications. Key features include:
- cSound Imageformer Technology: This software based beamforming technology ensures uniformity and consistency across the entire field of view, enhancing image quality and diagnostic confidence.
- 4D Imaging: The Vivid E95 excels in real time volumetric imaging, particularly useful in echocardiography, where capturing the dynamic motion of the heart in three dimensions is critical.
- Speckle Reduction Imaging (SRI): Reduces noise and artifacts in images, allowing for clearer visualization of cardiac structures.
- Automated Function Imaging (AFI): Offers advanced analysis tools for evaluating cardiac function, including automated measurements of left ventricular function.
Durability and Reliability
The Vivid E95 is built to withstand the demands of busy clinical environments. Its robust construction and reliable performance ensure that it remains a valuable asset in any healthcare setting, delivering consistent and accurate results over time.
Invest in the GE Vivid E95
The GE Vivid E95 is a cutting edge ultrasound system designed for advanced cardiovascular imaging. Its combination of innovative technology, user friendly features, and comprehensive probe compatibility makes it an essential tool for healthcare providers focused on delivering precise and reliable cardiac diagnostics.
Upgrade your practice with the GE Vivid E95 today and experience the difference in diagnostic precision and workflow efficiency.
Comprehensive Probe Compatibility
Comprehensive Probe Compatibility
The Vivid E95 supports a broad range of probes, ensuring versatility in various clinical scenarios, including adult, pediatric, and fetal cardiac imaging. The compatible probes include:
- 4Vc-D Probe: High-resolution probe for adult cardiac imaging.
- 6Vc-D Probe: Enhanced probe for detailed cardiac imaging, particularly in smaller patients.
- 6VT-D Electronic 4D Multiplane Transesophageal (TEE) Probe: Provides comprehensive transesophageal cardiac imaging with real-time 4D capabilities.
- 10T-D Probe: Designed for pediatric and neonatal cardiac imaging, offering high-frequency imaging for small patients.
- 9T-RS Pediatric Multiplane Transesophageal (TEE) Probe: Tailored for pediatric transesophageal echocardiography, providing excellent image quality.
- C1-6-D XDclear Convex Array Probe: Offers deep penetration and high-resolution imaging for abdominal and OB/GYN exams.
- C2-9-D XDclear Convex Array Probe: Optimized for abdominal and vascular imaging, providing superb image clarity.
- C3-10-D XDclear Microconvex Array Probe: Ideal for pediatric and small parts imaging, offering detailed visualization.
- M5Sc-D XDclear Matrix Phased Array Probe: Provides exceptional cardiac imaging with enhanced detail and clarity, making it ideal for echocardiography.
- ML6-15-D Matrix Linear Array Probe: High-frequency probe ideal for musculoskeletal and vascular imaging, delivering high-resolution images.
- 6S-D Phased Array Probe: Suitable for pediatric and small adult cardiac imaging, providing clear and detailed images.
- 12S-D Phased Array Probe: Designed for pediatric cardiac imaging with high-resolution capabilities.
- L8-18i-D Linear Array Probe: High-frequency probe for vascular and small parts imaging, offering superior image quality.
- 9L-D Linear Array Probe: Best for vascular imaging, providing detailed views of peripheral vessels.
- 11L-D Linear Array Probe: Suitable for superficial imaging applications, including vascular and small parts.
- IC5-9-D Microconvex Array Probe: Ideal for transvaginal and transrectal imaging, providing detailed visualization.
- P6D CW Pencil Probe: Designed for continuous wave Doppler studies, particularly in cardiac exams.
- P2D CW Pencil Probe: Another option for continuous wave Doppler imaging, ideal for vascular assessments.
Key Features
Key Features
- cSound Imageformer Technology: Enhances image quality by ensuring uniformity across the field of view, essential for accurate cardiovascular diagnostics.
- 4D Imaging: Real-time volumetric imaging that captures the heart's dynamic motion, providing comprehensive views crucial for cardiac assessments.
- Speckle Reduction Imaging (SRI): Improves image clarity by reducing speckle noise, aiding in the identification of fine cardiac structures.
- Advanced Doppler Imaging: Includes tools like Auto Doppler to provide precise measurements and streamline workflow during cardiac exams.
Detailed Specifications
Monitor and Display
The Vivid E95 features a 22-inch high-definition LED monitor, which provides bright and clear images essential for accurate diagnostic imaging. The monitor s adjustable tilt and swivel features ensure that clinicians can view images from the optimal angle, enhancing comfort and efficiency during extended use.
Battery Life and Portability
The Vivid E95 is designed as a high-performance stationary system, offering limited mobility within clinical settings. It can be equipped with an optional battery, providing short-term operational time, allowing for movement between rooms or locations when necessary.
Optimized Workflow and Connectivity
The Vivid E95 is designed to integrate seamlessly into any clinical environment, with features that enhance efficiency and connectivity:
- DICOM 3.0 Compatibility: Ensures smooth integration with PACS and HIS/RIS systems, enabling easy storage, retrieval, and sharing of patient data.
- Multiple Connectivity Options: Includes USB ports, Ethernet, and wireless capabilities, ensuring quick and secure data transfer.