An integrated imaging solution that supports an array of emergency medicine applications—and never leaves your side.
Replay
Now with the world’s first POCUS Biplane Imaging, it is possible to see the short and long axis of your needle simultaneously in real-time. Developed in partnership with clinician leaders in E Med, Biplane Imaging has been built to leverage the power of Ultrasound-on-chip™ to fire perpendicular rows of elements at the same time. The result is the ability to see both in-plane and out-of-plane on-screen during peripheral IV access, joint injections and more.
With 3 presets dedicated to cardiac imaging, Butterfly iQ+ can give you the confidence to make quick bedside decisions in a large range of patient types. Is there a pericardial effusion? Does this patient have systolic heart failure? Is there organised cardiac activity? In fact, cardiac activity with POCUS has been shown to be the variable most associated with survival after cardiac arrest1.
Lung ultrasound (LUS) can help clinicians rapidly and accurately identify most of the common causes of dyspnea, such as congestive heart failure, chronic obstructive pulmonary disease, and pneumonia.
Now, with the Auto B-line Counter tool, clinicians can also use artificial intelligence to efficiently and accurately quantify B-lines during their lung assessments, potentially improving efficiency and reliability.
The assessment of patients with acute shortness of breath has always been a cornerstone of Emergency Medicine, and lung ultrasound can help clinicians rapidly and accurately identify many of the common causes of dyspnea, including lung lesions consistent with COVID-19. With imaging that auto-optimises with depth, the ability to assess A lines, B lines and pleural lining in one sweep is now possible by Butterfly iQ+.
Ultrasound guidance has been shown to improve success rates, reduce the number of attempts and decrease the complications associated with CVC insertion2.With new Needle Viz™ technology the Butterfly iQ+ makes it easier to identify the needle and get the control needed for central venous catheterization, as well as peripheral line placements.
Focused assessment with sonography in trauma (FAST) is a protocol to guide clinician investigation for internal bleeding. The FAST preset was developed in conjunction with emergency room clinicians to balance the frame rate needed to identify pericardial effusion, and the resolution/penetration needed for rapid evaluation of the peritoneal cavity, all on one probe.
“A RUSH exam requires a cardiac view, a lung view, an abdominal view which on a traditional device would require multiple different transducers. With Butterfly, I go from one to the next with a simple change of preset. I know I’m going to be able to get each one of those with accuracy that I can make decisions on—fast.”
Professor of E.Med University of Colorado
US Director at Denver Health Medical Center
Point-of-care ultrasound in the Emergency Room has been shown to contribute to optimal patient management by providing timely care, improving diagnostic accuracy, and increasing procedural safety.
Read articleWant to know how Butterfly iQ compares to a cart-based system for RUSH exams? This study compares the iQ to a cart-based system and finds us comparable.
Read articleLearn about Emergency, Point-of-care, and Clinical Ultrasound Guidelines in Medicine, direct from latest ACEP Policy Guidelines
Read moreAn introduction to evaluating trauma patients with the eFAST exam.
How to perform a focused cardiac ultrasound to evaluate for cardiomyopathy.
This is a classic example of B-lines, seen in a patient with acute pulmonary edema.
These videos are for informational purposes only, to demonstrate potential uses of the Butterfly iQ. They are not a substitute for professional clinician training and experience. Clinicians are solely responsible for patient care and for exercising their independent clinical judgement at all times.
Point-of-care ultrasound in the Emergency Room has been shown to contribute to optimal patient management by providing timely care, improving diagnostic accuracy, and increasing procedural safety. Moreover, it has also been shown to be an effective means of cost reduction.