It is possible to optimize an already existing wearable device, by selecting adhesive and substrate options that offer improved skin compatibility, wear time or resilience to environmental factors, based upon the initial product’s feedback.

Creating a second-generation medical wearable device involves a focused redesign and re-development process aimed at product improvement. Using the feedback received from the first generation, the updated development identifies areas for enhancement in terms of functionality, user experience, and adhesive material performance.

The objective is to refine the device by incorporating advanced adhesive technologies or substrate options that offer better skin compatibility, longer wear time, or improved resilience to environmental factors, depending on the initial product’s feedback. The outcome should be a second-generation device that not only meets the original goals more efficiently but also sets a new standard for patient care in its category.