![]() ![]() Given the deeply integrated and interdependent nature of this design challenge, the role of the design manager becomes increasingly pivotal. This encompasses continuous health monitoring, long-term pain management and human-machine interfaces for individuals with severe disabilities. The vast potential for health improvements using AIMDs extends from existing highly specialised medical interventions to broader enhancements in quality of life. Examples include continuous-glucose-monitoring implants for diabetic adults, which pair with mobile apps inserts delivering micro-electrical impulses to sleep apnoea patients to keep their airways open, and devices assisting in managing Parkinson’s symptoms, such as tremors. The world is waking up to the potential of AIMDs, which are continually advancing. The global AIMD market was valued at approximately $85.31 billion in 2021 and is projected to grow to $143.1 billion by 2028. The benefits are substantial, but the device’s work is essentially invisible. The device itself often remains unseen and unfelt, only reminding users of its presence during recharging, refilling, or via a connected application. Interestingly, for patients, the ‘product’ in an implantable device is, in many ways, its interface. ![]() These challenges encompass psychological barriers, including building patient trust and substantiating the device’s value, along with devising innovative methods for keeping them powered that are simple, intuitive and comfortable for the patient to use. These are precisely the hurdles designers must surmount as implantable devices become commonplace. Our mission is to discover solutions that harmonise seemingly conflicting priorities. A key objective is to minimise development risks while cultivating user trust, and simultaneously enhance manufacturing efficiency without compromising the device’s aesthetic appeal. These advancements demand particular considerations when it comes to design.Īt our design consultancy, we have to constantly strike a delicate balance between technical priorities and user-friendliness. They boast enhanced efficiency, improved performance and expanded patient data capabilities. However, as our reliance on technology deepens, it’s increasingly evident that implantable devices will soon revolutionise various aspects of our lives, spanning from health monitoring to sustained drug delivery.Īctive implantable medical devices (AIMDs) are rapidly evolving into smaller, smarter and more interconnected marvels. Implantable medical devices have a longstanding history in healthcare, with pacemakers and cochlear implants being just a couple of examples.
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