PROJECT TEAM
Kristian Bach Laursen, Medical Doctor, Deparment of cardiology B, Odense University Hospital
Jeppe Olesen, Civil Engineer in Health and Welfare Technology
Ajithan Christian, Civil Engineer in Health and Welfare Technology
Rasmus Carter-Stoch Ph.D. Medical doctor, Deparment of cardiology B, Odense University Hospital
THE NEED
Transesophageal echocardiography (TEE) is challenging due to unwanted probe movements caused by esophageal contractions and patient anatomy. Cardiologists often struggle to stabilize the probe while simultaneously controlling ultrasound imaging and the computer. This leads to poor ergonomics, longer procedures, and increased patient risk due to prolonged anesthesia time.
THE SOLUTION
EchoVice is a lightweight, adjustable stabilizing device integrated with the patient’s mouth guard. It securely holds the probe in place, while a small control unit attached to the probe dial allows cardiologists to stabilize or adjust positioning without interrupting the procedure. This solution reduces the need for constant manual repositioning and improves workflow.
Improving Echocardiography - Odense University Hospital
Call 7 - 2025
500.000 DKK
Clinical Area
Cardiology
Technology
MedTech – Device
PROJECT SUMMARY
The "Improving Echocardiography" project introduces EchoVice, a simple yet innovative device that stabilizes the transesophageal ultrasound probe during cardiac imaging. By acting as a "third hand" for the cardiologist, it improves image quality, enhances ergonomics, and shortens procedure time.
CLINICAL IMPACT
The device improves image quality, reduces procedure time, and minimizes physical strain on cardiologists. For patients, this translates to shorter anesthesia durations, fewer procedural complications, and better diagnostic outcomes. It also reduces the need for additional staff assistance during TEE procedures.