Revolutionizing patient care with TNO's ultrasonic patch technology
TNO’s latest innovation, the PillarWave ultrasonic patch, offers non-invasive, continuous organ monitoring, promising better, cheaper healthcare from home.
A Leap in Healthtech Innovation
As an embodiment of cutting-edge healthtech, the PillarWave ultrasonic patch represents a significant stride towards more personalized and accessible healthcare. This technology falls squarely within the healthtech domain, bridging the gap between medical monitoring and patient comfort. The ultrasonic patch developed by researchers at TNO, which is set to be commercialized by the spin-off PillarWave, offers a window into the body’s internal workings without the need for invasive procedures.
The Mechanics of Continuous Monitoring
The mechanism behind the PillarWave ultrasonic patch is both innovative and complex. By adhering a flexible patch printed on thin plastic film to the skin, the device uses ultrasound to continuously create images of the underlying organ. This technology, which relies on emitting and receiving sound waves, generates detailed images over an extended period. The ability to provide sharp, real-time data without repeated hospital visits is a game-changer for patients and healthcare providers alike[1].
The Benefits of the PillarWave System
The benefits of the PillarWave system are multifaceted. For one, it allows for the continuous monitoring of organ health, which can lead to earlier detection of potential issues and more accurate diagnoses. The patch, being wearable, offers convenience to patients who would otherwise have to make frequent visits to medical facilities. This not only makes care more pleasant but also reduces healthcare costs, a boon for both patients and the healthcare system[1].
Path to Commercialization and Future Prospects
With TNO’s patented technology, discussions with medical equipment manufacturers are underway to explore its applications. The commercialization of such a device is expected to be spearheaded by PillarWave by the end of the year. The ability to mass-produce these ultra-thin, flexible patches could see widespread adoption in various medical settings. Moreover, the emergence of wearable ultrasound technology holds promise for the advancement of medical diagnostics, including the early detection of strokes and improved resuscitation medicine, as highlighted in research by Hongjie Hu et al., and Jon-Émile S Kenny et al.[2].