Design engineers face competing constraints when developing wearable insulin pumps that enhance patient acceptance and adherence to therapy. These pumps must be smaller and more discreet to improve user comfort, facilitate easier concealment and provide greater freedom of movement. It is also necessary to maintain high levels of functionality, calculating accurate and consistent insulin delivery for effective diabetes management while meeting stringent safety regulations.
Engineers look to new methods of miniaturization and advanced signal integrity capabilities, to help ensure accurate measurement and delivery of insulin doses that drive patient acceptance and adherence. Early consideration of regulatory compliance is essential to align the development process with safety standards and ensure a successful wearable insulin pump.
Molex offers specialized expertise and hardware solutions to give design engineers the latest capabilities in miniaturization and space-saving techniques. Recognizing the importance of providing high-quality connectors engineered for superior signal integrity and longer product life, Molex incorporates features like impedance matching and shielding to maintain accuracy. Together with Phillips Medisize, Molex has established rigorous quality management systems compliant with regulatory standards such as ISO 13485, ensuring high-quality design and execution to meet market approval requirements.
