When designing a wearable medical device, it's important to understand the downstream manufacturing implications of your parts design. Failure to do so can result in costly redesigns, delayed product launches, and time-consuming setbacks. This guide provides a comprehensive overview of the die-cutting process for wearable medical devices, providing important context for the next time you're in the design phase to ensure your device can be successfully manufactured the first time.

Adhesive selection can be tricky, particularly when its desired function is to adhere something to the human skin. That’s why it is so important to use a multistep evaluation process as you work to narrow down the available options. This e-book will walk you through selection criteria and offer concrete product suggestions from some of JBC's best medical adhesive tape partners. 

Small die-cut components like gaskets, seals, adhesives, films, and foams are often overlooked in the context of complex aerospace systems, but don't let these intricate components become an afterthought. This guide highlights how custom die-cut flexible materials provide high-performance solutions to many critical aerospace challenges, including brightness mitigation, thermal and electrical insulation, EMI/RFI shielding, and vibration dampening, helping alleviate weight and boost the overall performance of aerospace designs.