Powered by the next generation of UltraFast™ imaging combined with the intuitive SonicPad® for a unique clinical and user experience.Download brochure
Offering enhanced productivity and visual comfort for optimal diagnostic performance and workflow.
Revolutionizing conventional ultrasound imaging by embedding SonicPad® into a brand new user interface.Download white paper
Natural gesture-based user interactions make the new simplified control panel easy to use.
Up to 70% user movement reduction leads to less muscle fatigue after a long day of exams.
Up to 20% exam time reduction thanks to optimized presets and application specific user interactions.
Clinical information displayed on the screen becomes the centre of attention, not the controls used to acquire an image.
Leveraging proprietary UltraFast™ technologies — like signal retrieval at its origin, advanced beam forming software algorithms, increased signal transmission frequency, enhanced line sequencing precision and new band pass filtering — results in genuine diagnostic B-mode information.
Here are just a few of the advanced features that help you obtain impeccable images.
Our proprietary shear wave elastography, ShearWave™ PLUS, is setting new standards in ultrasound imaging. SWE PLUS can measure and map tissue stiffness in real-time and has proven to be a valuable adjunct to conventional ultrasound imaging.
Leveraging the unique capabilities of SuperSonic Imagine proprietary software architecture, Aixplorer MACH 30 enables all innovative imaging modes.Learn more
Improve your workflow by acquiring all your necessary color and pulsed wave Doppler information with high frame rates from a single acquisition.Download White Paper
Access microvasculature without the need for contrast agents.Download White Paper
Visualize the anatomy, the function (tissue stiffness) and blood flow on the same image simultaneously.
New expanded lightweight transducer family takes ultrasound imaging to a new level. Thanks to new pinless connector ports and re-designed housing, connecting and disconnecting of the probe is even faster.