SuperSonic Imagine Demonstrates Revolutionary Ultrasound System Redefining Healthcare Imaging
Posted on 29 Jan 2024
SuperSonic Imagine (Aix-en-Provence, France) is demonstrating the SuperSonic MACH 30 at Arab Health 2024 - the only ultrasound system in the market with a 100% software-based image beamformer. Running on exclusive UltraFast technology, the design brings unlimited possibilities into ultrasound imaging, including excellent image quality, innovative imaging modes, and future AI integration.
SuperSonic Imagine has developed a unique technology that offers practitioners and patients a real and unparalleled breakthrough in the diagnosis and follow-up of diseases. The company’s MACH products are based on UltraFast Imaging which increases the imaging frame rate by a factor of ~100 as compared with conventional systems. The MACH products provide best-in-class conventional ultrasound imaging as well as real-time quantitative maps of viscoelastic properties of tissues, and reproducible quantification of clinical parameters such as fibrosis or fat content. SuperSonic Imagine’s MACH products are used in radiology, hepatology, MSK sports, urology, pediatrics, vascular, GYN, and research applications for detecting, characterizing, and classifying the various pathologies during a simple ultrasound examination driven by an innovative and optimized user interface.
Visitors to the SuperSonic Imagine booth at Arab Health 2024 can explore the company’s revolutionary developments in ultrasound technology, and see how its legacy of innovation continues to transform patient care and diagnostics. SuperSonic Imagine’s showcase presentation taking place at the Transformation Zone demonstrates the referent position occupied today by the company (more than 1000 published peer-reviewed articles have validated the diagnostic value of its 2D real-time ShearWave Elastography). SuperSonic Imagine is also unveiling the next trends in which it is investing to extend the scope of its application and innovations.
Related Links:
SuperSonic Imagine
