The GE LOGIQ S8 XDclear 2.0+ Ultrasound System provides accurate and high-precision ultrasound imaging data of a patient. Logiq S8 is an AI-enabled primary care ultrasound system with precise tools that are designed to enable fast patient assessments and confident decisions. This system’s robust design makes it suitable for patient monitoring in the hospital as well as in an office setting.
Adaptable and Easy-to-use: This ultrasound system offers great ease to health care providers with its utilitarian design and configurability. A wide LCD monitor has an intuitive interface and gives a clear and bright display of the ultrasound image and other important data. A console, composed of a touch panel and a keyboard with a set of pre-programmed quick-access buttons and knobs, provides easier and greater control to the user. Changing settings and choosing what you want to see only requires a few strokes of your fingers.
In addition to a nice display and controls, this system has several attachment points for a gel cup and probe holders. Handles on the front and back and a set of large high-quality wheels make it highly maneuverable. All the cables and leads are properly managed to avoid clutter and entanglement. The panel’s height can also be adjusted to suit the scan requirements.
Facilitates Simple Workflow: Proprietary algorithms synthesize patient data and enable fast assessments and confident decisions. The underlying platform provides a common user experience and simplifies training protocols. The software includes several display modes and diagrams to facilitate easy and quick assessment.
Logiq S8 is capable of providing assistance with a number of medical procedures and conditions including sonobiometry, thyroid assessment, tissue doppler imaging, B-flow representation and myocardial doppler imaging etc. All the data can be easily stored and tracked to help medical personnel follow the patients’ response to therapy.
Precision Assessment Applications: The wide variety of high-quality precision probes that adapt to this system, are useful for a number of applications. These probes provide a crisp and clear image of the target area, facilitating critical procedures like cardiac assessment, perioperative care, tendon, muscle and joint assessment, pediatric assessment and neonatal care.