Soft Science, Journal Year: 2024, Volume and Issue: 4(4)

Published: Nov. 29, 2024

Micro-cylindrical electronic devices represent a rapidly emerging class of electronics distinguished by their unique geometries and superior mechanical properties. These features enable broad range applications across fields such as wearable fibric devices, surgical robotics, implantable medical devices. The choice micro-cylindrical substrate materials is crucial in determining device performance, high curvature excellent flexibility offer an ideal foundation for functional integration. This paper systematically reviews wide array suitable analyzing differences application potential terms stability, biocompatibility, processability. requirements specifically flexibility, integrative capabilities, lightweight nature, challenge conventional planar fabrication processes, which often fall short meeting these demands. Thus, we further examine custom techniques tailored electronics, assessing advantages, limitations, specific each approach. Additionally, analyze the current developmental progress multiple fields. review also outlines future directions this field, focusing on enhancing precision, improving material compatibility advancing integration intelligent functionalities. With comprehensive overview, aims to provide valuable reference research development promoting technological advancements innovation applications.

Language: Английский