Danvers, Massachusetts–based Boston Imaging — the U.S. headquarters of Samsung’s digital radiography and ultrasound business — unveiled the platform. It designed the ultrasound system to provide a range of clinical applications, improving the patient and user experience.
“There is a continued demand on imaging professionals to deliver high-quality results in an efficient amount of time, without compromising patient care,” said David Legg, VP, Head of Boston Imaging. “We’re proud to help address this by supplying one more solution that helps make clinical assessments effortless and treatment precise.”
V7 includes enhanced image clarity through Samsung Crystal Architecture. It features the combination of CrystalBeam beamforming, CrystalLive image processing and S-Vue Single Crystal Transducers. Altogether, this helps the V7 produce clear, uniform, high-resolution images.
Samsung re-engineered the V7 design with workflow, performance and functionality top of mind. It includes EzExam+ andEzCompare to minimize steps and keystrokes. It also applies an eco-friendly resin cover to cover the air vent exterior, plus reusable eco paper packaging from recycled paper.
The company also equipped V7 with a range of Intelligent Assist features for general imaging and women’s health ultrasounds.
Samsung Intelligent Assist offerings
- 2D Follicle: An automated measurement tool. It provides information about the status of follicles during gynecology examinations by identifying and measuring follicle size based on the 2D image.
- AutoIMT: A screening tool to analyze a patient’s potential risk for cardiovascular disease.
- S-Shearwave Imaging: A tool that provides quantitative non-invasive assessment and documentation of tissue stiffness. This is for clinical applications including breast and liver.
- UterineAssist: An Artificial Intelligence technology that automatically measures the size and shape of the uterus, assisting in detecting signs of uterine-related abnormalities.
- E-Cervix: An innovative elastography technology that provides an efficient semi-quantitative assessment of cervical canal stiffness.
