Samsung V4 ONE was more than just an evolution. It is about empowering your expertise and building a new level of diagnostic trust. By blending a unified workflow with intuitive technology, Samsung created a supportive foundation so you can focus on what truly matters: your diagnosis, and your patient.
Quickly measures follicle size in 2D to support consistent monitoring of stimulated follicles.
Automatically identifies and measures multiple follicles within a 3D volume for fast, accurate assessment.
Quickly acquires standard OB measurements. Performs up to 46 key measurements for 2nd and 3rd trimester.
Automatically measures the uterus to help detect abnormalities and reduce scan time.
Helps identify uterine malformations by displaying the coronal view in 1-click.
Automatically identifies and labels fetal anatomy. Automates labeling of 47 anatomical structures across 39 different views.
EzFlow™ automatically optimizes Doppler settings to help visualize blood flow clearly and efficiently, reducing the need for manual adjustments.
EzStructure™ automatically adjusts imaging parameters to provide clear, consistent visualization of key anatomical structures with a simple, streamlined workflow.
IDEA™ supports a systematic approach to evaluating the pelvis and identifying features associated with deep endometriosis, helping promote consistent examinations and documentation.
IETA™ provides a structured approach to evaluating and documenting endometrial findings, supporting consistent and reproducible gynecological ultrasound examinations.
Ultra-quiet operation enables clear patient communication and reduces bedside noise interference. Quiet design maintains diagnostic focus while meeting WHO noise standards for clinical environments.
Fanless design prevents dust infiltration and filter clogging, eliminating overheating and equipment failures that require maintenance. It also minimizes cross-contamination risks for safer, more reliable operation throughout the device’s lifetime.
Samsung V4 ONE reduces power consumption by 35% compared to similar systems, lowering energy costs while maintaining consistent clinical performance.
