Samsung is releasing in the U.S. its high-end RS80A ultrasound system. The device can be used in a variety of applications and features hybrid beamforming technology that provides high-resolution visualization.
It’s compatible with 14 different probes, which can be purchased separately as needed, and comes with a 23″ high definition monitor for displaying scan data and a tilting 13.3″ touchscreen that’s used to interface with the device. The large display can be folded down when moving it between rooms to get out of the way of seeing the hallway ahead.
It has a powered lift mechanism that raises and lowers the display and controls, as well as a sleep mode that memorizes the height of the panel and raises it back up to where it was once the system is awoken.
Some more details about the RS80A according to the announcement:
Samsung’s technological innovation supports the RS80A’s unique S-Vision™ architecture complemented by S-Vue™ transducer performance and ClearVision™ sophisticated digital imaging processing, pushing the boundaries of ultrasound imaging. With innovative advancements, including hybrid beamforming technology, the next-generation SDMR and Single Crystal Probe technology, the Samsung RS80A delivers consistent and high-resolution image quality.
The RS80A provides premium performance through a comprehensive 3D technology suite that features Realistic Vue™. This advanced feature allows the user to select light source direction to display high-resolution 3D anatomy with exceptional detail and realistic depth perception. The product also offers a comprehensive selection of 2D, 3D and 4D transducers and the reliability of a solid state drive.
The RS80A incorporates a high-resolution, 23-inch HD LED display, a 13.3-inch tilting tablet touchscreen and a six-way motorized adjustable console. Samsung’s world-renowned display technology further enhances the image clarity with excellent contrast, resolution and vibrant colors.
Product page: Samsung Ultrasound RS80A…
Press release: SAMSUNG Introduces RS80A Premium Ultrasound System…