GE Voluson P8 3D OB/GYN Ultrasound

The GE Voluson P8 is a fertility-focused ultrasound system designed for prenatal care and 3D women’s health, backed by trusted GE reliability.

Voluson P8 Price USA: 3D Warranty

Ideal for Private Office
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Key Features & Benefits

Advanced technology and intelligent automation designed to elevate your practice

SonoRender Start

SonoRender Start automatically optimizes 3D rendering, allowing clinicians to obtain high-quality 3D fetal images with minimal manual adjustments. This feature enhances the visualization of fetal structures, making it ideal for obstetric exams, particularly when detailed views of the fetus are needed.

SonoLyst

SonoLyst leverages artificial intelligence to assist in ultrasound image interpretation by automatically detecting anatomical structures and guiding users through exams. This feature is particularly useful for improving diagnostic accuracy and efficiency, especially in busy clinical settings.

SonoBiometry

SonoBiometry automates the measurement of fetal structures, reducing the time required for biometry calculations and improving consistency across different users. This feature is essential for obstetric exams, ensuring accurate assessment of fetal growth and development.

4D Imaging

4D Imaging offers real-time moving images, adding the dimension of time to 3D imaging. This feature is particularly useful for dynamic studies, such as fetal movement or organ function assessments, enhancing patient engagement and diagnostic precision.

Streamlined Workflow

Streamlined Workflow is designed to simplify and accelerate the ultrasound process by automating repetitive tasks and providing intuitive tools for exam setup and execution. This feature reduces manual steps, increasing efficiency and enabling clinicians to complete more exams in less time.

HDlive

HDlive is an advanced 3D/4D rendering technology designed to produce realistic images of the human fetus and other structures during ultrasound exams. By using sophisticated illumination models, HDlive enables clearer visualization with shadowing and skin-rendering effects, allowing clinicians to see more detailed, lifelike images in real time. This feature is particularly beneficial for OB/GYN exams, providing clearer insights into fetal development and anatomical details.

CrossXBeam

CrossXBeam is a spatial compounding technology designed to enhance image clarity by combining multiple ultrasound frames from different angles. This process reduces artifacts, improves contrast resolution, and enhances the overall quality of the ultrasound image, making it easier for clinicians to distinguish between different tissue types.

Sono Render

Sono Render enhances 3D and 4D ultrasound imaging by automatically generating high-quality rendered images of anatomical structures. This feature is particularly valuable in obstetrics, gynecology, and other fields where detailed visualization of internal structures is critical.

Boost Revenue

Unlock 2025 CPT billing codes and AI features that increase reimbursements by 20–30% per scan.

Why Upgrade Now?

Outdated ultrasound gear risks misdiagnoses, $5K–$15K in annual repair costs, and lost patient trust. With tariffs on medical imports set to rise as high as 25% in 2025 and trade-in values at record highs, delaying an upgrade will cost you more tomorrow. A modern GE ultrasound unlocks 20–30% higher CPT reimbursements, enables faster workflows, and presents a professional image that keeps patients loyal.

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Avoid Rising Costs

Skip $5K–$15K annual repairs and beat 2025 tariff hikes (up to 25%) with full GE warranty protection.

Impress Patients

Modern imaging builds trust, boosts referrals, and shows patients you invest in quality care.

Work Smarter

AI workflow tools cut scan times by up to 93%, letting you see 20–30% more patients daily.

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Detailed Information

Explore comprehensive details about the

GE Voluson P8 Ultrasound Machine

System & Displays

Cart-based women’s health console with compact footprint

17" high-resolution LCD (swivel/tilt)

Gesture-friendly control panel with alphanumeric keyboard and dedicated OB/GYN keys

Probe Connectivity

3 active probe ports (front connectors) with cable management

OB/GYN portfolio: endovaginal, convex, linear; 3D/4D probes by configuration

Imaging Modes & Tools

2D, M-mode, Color/Power Doppler, PW Doppler

3D/4D acquisition & rendering (replay/offline review supported)

OmniView, Advanced VCI, SingleView, TUI, VOCAL, HD-Flow, B-Steer, SRI, Coded Harmonics, Virtual Convex

Data, Connectivity & Storage

DICOM 3.0 (Store/Print/Worklist/Structured Reports; media export)

Multiple video outputs (e.g., HDMI/VGA/analog on common configs)

Integrated storage (typically ~500 GB HDD) plus USB ports

Dimensions & Weight (approx.)

W 420 mm × D 670 mm × H 1495 mm; ~65 kg

OmniView & Advanced VCI (Volume Contrast Imaging)
Display curved or arbitrary planes from volumes and adjust slice thickness to boost contrast resolution—helpful for uterine cavity, fetal spine, and irregularly shaped anatomy.
SingleView (coronal/semi-coronal reconstruction)
Reconstructs a coronal or semi-coronal plane from 3D data to clarify spatial relationships that are hard to appreciate in 2D.
TUI (Tomographic Ultrasound Imaging)
Generates CT/MRI-like “slice” views through a volume for systematic evaluation of fetal brain, uterus, and complex pelvic structures.
VOCAL™ (Volume Calculation)
Quantifies irregular volumes (e.g., ovaries, fibroids) with rotational and contour-based algorithms to standardize serial measurements.
HD-Flow™ & B-Steer
Sensitive flow mapping for low-velocity vessels paired with needle-friendly beam steering on linear probes to support interventional OB/GYN procedures.
SRI (Speckle Reduction Imaging) & Coded Harmonic Imaging
Suppresses speckle while preserving edges and uses harmonic imaging to improve penetration and contrast in challenging patients.
Virtual Convex on Linear
Expands the field of view on linear probes to capture larger structures in a single sweep without switching transducers.
Raw Data & On-System Reporting
Re-measure after acquisition without re-scanning; generate structured reports with embedded images and measurements to streamline documentation.