Life Sciences

DuPont to Highlight Medical Device Partnerships and Opportunities during MEDICA 2021

DuPont (NYSE:DD) announced that it will highlight opportunities for collaborative medical device partnership with its DuPont Liveo Healthcare Solutions and DuPont Intexar brands at MEDICA 2021, November 15 to 18 in Duesseldorf, Germany.

Technical representatives will be on the show floor at booth D21 in hall 12 to discuss the company’s ongoing partnership with TNO Holst Centre and Pronat Medical who have designed and produced the Nighthawk wearable adhesive patch. The concept patch combines DuPont material solutions for the medical device market, through Intexar™ stretchable materials, including thermoplastic polyurethane (TPU) films and stretchable conductive inks, with DuPont™ Liveo™ silicone skin adhesives, suitable for attaching wearable devices to the body,  and Liveo™ biosensing technology. The combination of these innovative materials in a connected wearable medical patch offers conformability, biocompatibility, breathability and patient comfort.

Innovative technologies for wearable medical devices are highly valued because of the huge market growth potential for such devices and the need to improve their performance to positively impact patient comfort and compliance. DuPont offers a collaborative ecosystem for designers and manufacturers to work with the company’s medical device experts and innovative material technologies to create next-generation wearable devices.

Attendees also can hear from DuPont Healthcare TS&D/R&D medical devices expert Alexis Bobenrieth, Ph.D., during the MEDICA DISRUPT “Diagnostics and health monitoring” session scheduled from 12:15 to 2:30 p.m. CET on Nov. 17.

In his talk, “Partnering to enable next-generation smart wearable patches,” Bobenrieth will describe how DuPont worked with technology partners to develop a wearable smart patch that is ready to be commercialized; he also will explain how the DuPont Toolbox can help enable next-generation wearable design that improve device performance, wearability and patient comfort throughout the lifecycle of the wearer.