RS Views embedded on SYLVER Ultrasound Cart
RS Views brings several relevant data together in a versatile, intuitive interface by introducing complementary information to streamline clinicians in their daily workflow.
The B-Mode is a conventional ultrasound imaging mode that provides clear 2D grayscale views of tissue structures.
This mode serves as a reliable anatomical reference before starting the 3D CEUS sequence.
Images for illustrative purposes only.
Perfusion Mode follows the bolus injection of contrast agent, providing insights into the tissue perfusion.
This mode helps assessing blood flow dynamics, directly at patient’s bedside.
Images for illustrative purposes only.
Microvascular imaging delivers high-resolution views of vascular structures, helping clinicians visualize vessel anatomy and compare exams.
Images for illustrative purposes only.
Clinicians can easily navigate the RS Views interface to manage patient records, compare exams, and access multiple imaging modes from a single acquisition in just minutes.
Images for illustrative purposes only.
RS Views is embedded into SYLVER, designed to support the next generation of ultrasound software.
SYLVER is built with flexibility at its core. Its software-based platform ensures that as technology advances, SYLVER evolves alongside it. New features and updates can be easily integrated, keeping healthcare professionals at the forefront of care—without the need for hardware changes.
SYLVER offers the portability of a conventional ultrasound system combined with powerful imaging capabilities. Lightweight and easy to maneuver, it can be effortlessly positioned at the patient’s bedside. With just one probe and a single scan, SYLVER brings a comprehensive set of images in under two minutes—ideal for frequent monitoring.
SYLVER is designed for use by clinicians without extensive expertise in ultrasonography. The RS Views minimalist interface and dynamic visualization simplify both data acquisition and interpretation, making SYLVER a practical solution for everyday use, particularly in tracking a patient’s progress over time.
The delayed ischemic risk score predicts the likelihood of delayed brain damage following severe neurological injury. In intensive care units, this will help doctors to adapt their therapeutic strategy in patients with a high-risk profile.
The arterial permeability index aims to offer a crucial method to evaluate blood supply to the brain. It assesses whether there are any blockages in the major blood vessels supplying the brain. This aims to assist doctors in determining whether a patient requires specialized treatment to clear any blocked blood vessels.
Exclusively for clinical investigation, no regulatory approvals
