IT IT Samsung Medison Launches High-End Ultrasound “HERA Z10” to Expand Women’s Health Diagnostic Offerings -

Samsung Medison introduced the HERA Z10, a high-end ultrasound diagnostic device for obstetrics and gynecology (OB/GYN). The new system formally completes the HERA Z Series (Z20 & Z10) portfolio with the flagship HERA Z20.

Precision imaging for prenatal diagnostics and quick clinical decision-making has grown more and more important as worldwide trends indicate a rise in mother age and pregnancy-related problems. Because of this, women’s health diagnostic systems are developing to include early problem prediction, maternal health exams, and holistic wellness in addition to basic fetal examinations.

Samsung Medison demonstrated the HERA Z Series during the 34th International Society of Ultrasound in Obstetrics and Gynecology (ISUOG) World Congress, which took place in London from September 4–7, in response to these worldwide clinical demands.

Samsung Medison showcased their idea for next-generation diagnostic solutions under the heading “HERA Z, The Flagship Series,” presenting the series as a cohesive platform covering the whole range of women’s healthcare.

The recently released HERA Z10 combines cutting-edge beamforming technology intended to optimize image clarity with the tried-and-true AI-based workflow solutions of the flagship HERA Z20. Healthcare organizations may now choose from a wider range of high-end systems in the HERA Z Series that are precisely suited to their particular clinical settings and operational objectives thanks to this extended portfolio.

The HERA Z10, which was created especially to use artificial intelligence to optimize clinical operations, offers notable efficiency gains:

Live ViewAssist™ decreases scan times during mid-trimester detailed ultrasound exams by up to 52%, according to a collaborative clinical study with professors Giuseppe Rizzo and Daniele Di Mascio of Sapienza University of Rome, founding members of ISUOG.
EzStructureTM: Significantly improves measurement consistency and objectivity while drastically reducing clinician fatigue by reducing manual manipulation for important measurement parameters by up to 71%.