Single handheld probe enabling whole-body ultrasound imaging.

Ultrasound-on-Chip™ technology for broad frequency range and wide clinical utility.

20+ clinical presets for abdominal, cardiac, lung, MSK, vascular, OB/GYN, and procedural imaging.

Auto bladder volume calculation and automated functional tools.

Needle Viz™ and advanced imaging aids for guided procedures.

Multiple scan modes including B-mode, M-mode, Color and Power Doppler.

Compatible with iOS and Android with secure cloud-enabled image storage.

Durable design with military-grade drop resistance and water/dust protection.

Integrated annotation, calipers, and workflow tools for clinical documentation.

As the world’s first FDA-approved semiconductor chip-based, handheld, whole body ultrasound device, the ButterflyiQ+ solution far transcends what's possible with traditional ultrasound and has evolved well-beyond other point-of-care imaging products. 

Specifically, Butterfly iQ+ is built with both custom-made and off-the-shelf components. The patents owned and in-licensed by Butterfly relate to the architecture of the company’s ultrasonic imaging devices, micro-fabricated ultrasonic transducers and machine learning for ultrasound applications. The key custom-made component in the Butterfly probe is the ultrasound transducer module consisting of a custom chip and lens. Creating the functional chip itself was the first major development breakthrough. Butterfly’s silicon chip offers 10,000 independent channels and 3D imaging, all while being small enough to fit on the 3x2 cm area at the end of the probe, and using low enough power to run on a battery.

The second milestone was developing the transducer sensor design, process and integration. The R&D team built the transducer directly on the electronics, then combined it with a custom lens and package, creating an entire ultrasound system on a single chip. Functionally, what makes Butterfly unique is its ability to close an information gap and facilitate better, more informed care at a time when caregivers need more connectedness to patients, better tools to know-more sooner, and interaction with technology that makes them better vs. distracts from what they love.