A Drug-Agnostic Electromechanical Device Platform to Facilitate the Flexible Development of Combination Products

In this presentation, we introduce our most recent development – a versatile, reusable, and connected electromechanical solution that upholds the concept of drug agnosticism, platform flexibility, ease-of-use, as well as device programmability. By leveraging technological application expertise, we demonstrate how an electromechanical, versatile device platform can flexibly host different primary containers and formulations. Here, we also demonstrate how adding programmable firmware into the device circumvents formulation uncertainties across the pre-clinical, clinical, and commercial development of the drug counterpart. Finally, we show how the conserved element of the device results into an autoinjector solution that flexibly addresses various primary containers, therapy areas, regional healthcare landscapes, as well as patient groups. We also discuss an optional function for tracking injection-related data, opening pathways to gather detailed insights into the patient experience, and ultimately opening possibilities to connect such device usage data with other digital health solutions.