The 'Dab' Holter ECG/EKG Device Offers Patients Freedom to Move
Michael Hemsworth — May 7, 2018 — Tech
References: yankodesign
The conceptual 'Dab' holter ECG/EKG device has been created to offer hospital patients with a new way to stay connected without having to maintain a wired experience during their stay.
Featuring a non-invasive design that can be easily applied to the body using a simple gel patch, the device can be reused over and over to eliminate the need to throw out the equipment after every use. This decreases waste, while the wireless design ensures readings are always captured to prevent patients from accidentally unhooking. The unit will provide accurate heart readings at all times and only requires wireless recharging every so often to keep it operational.
The conceptual 'Dab' holter ECG/EKG is the design work of Adam Miklosi and is the winner of the A’ Design Award and the Asia Design Prize for 2018.
Featuring a non-invasive design that can be easily applied to the body using a simple gel patch, the device can be reused over and over to eliminate the need to throw out the equipment after every use. This decreases waste, while the wireless design ensures readings are always captured to prevent patients from accidentally unhooking. The unit will provide accurate heart readings at all times and only requires wireless recharging every so often to keep it operational.
The conceptual 'Dab' holter ECG/EKG is the design work of Adam Miklosi and is the winner of the A’ Design Award and the Asia Design Prize for 2018.
Trend Themes
1. Reusable Medical Sensors - The development of reusable medical sensors offers innovation opportunities to reduce hospital waste and improve patient experience.
2. Wireless Medical Devices - The trend of creating wireless medical devices presents a disruptive opportunity to improve patient mobility and comfort while maintaining accurate readings.
3. Non-invasive Vital Sign Monitoring - The emergence of non-invasive vital sign monitoring devices creates opportunities for disruptive innovation in improving patient monitoring during hospital stays.
Industry Implications
1. Healthcare - The healthcare industry can benefit from integrating reusable and wireless medical devices to improve patient outcomes and reduce waste.
2. Medical Device Manufacturing - The medical device manufacturing industry has a chance to innovate by designing and producing reusable and wireless medical sensors.
3. Environmental Sustainability - The trend towards reusable medical sensors and wireless devices presents an opportunity for the sustainability industry to make a positive impact in reducing hospital waste.
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