HERA W10 Elite
Visionary change
Samsung HERA W10 Elite, the premier model of the HERA platform, aims to step up as a visionary leader of Obstetrics and Gynecology applications. Elegant images, intelligently automated precision features, fast operation, and ergonomics considering the medical environment provide healthcare professionals with diagnostic confidence. The up-to-date system is applied with powerful AI functions to free healthcare professionals from repetitive tasks, in particular, the ViewAssist™ function simplifies the workflow by automatically measuring and annotating numerous views with a simple click of a button.
In addition, the MV-Flow™ 3D function can help detect tiny structures with better sensitivity and resolution, for enhanced clinical decisions. All of these countless advantages are vividly conveyed through the 27-inch OLED monitor. HERA W10 Elite is our commitment to support the life-long healthcare of women, diligently pursuing new possibilities in ultrasound diagnosis.
Crystal Architecture™, an imaging architecture that combines CrystalBeam™ and CrystalLive™, based upon S-Vue Transducer™, is to provide crystal clear image. CrystalBeam™ is a new beamforming technology beneficial in delivering high-quality image resolution and increased uniformity of images. CrystalLive™ is Samsung’s up-to-date ultrasound imaging engine with enhanced 2D image processing, 3D rendering and color signal processing, to offer outstanding image performance and efficient workflow during complex cases.
CrystalBeam™ utilizes Arbitrary Waveform Transmission, Massive Parallel Beamforming, and Synthetic Aperture technologies to produce a faster frame rate and improved image uniformity. Arbitrary Waveform Transmit refers to a widely-focused beam transmission technology that allows for more coherent images. Massive Parallel Beamforming and Synthetic Aperture enable more detailed and faster beam processing based on a large amount of acquired ultrasound data.
HERA W10 Elite’s expert tools and technologies incorporate the latest artificial intelligence to advance the field. The growth of the fetus and women’s health in detailed reports will help you build more confidence and increase the throughput of your diagnosis.
An automated reporting tool for fetal heart diagnosis
HeartAssist™, a feature based on Deep Learning technology, provides automatic classification of ultrasound image into measurement views required for fetal heart diagnosis and provides measurement results.
An automated classification and annotation of the images
ViewAssist™, a feature based on Deep Learning technology, provides automatic classification of the ultrasound images and
An automated fetal biometry measurement
BiometryAssist™, a feature based on Deep Learning technology, is an automatic technology for biometric measurement. It