Flexible electronic devices and systems

• Flexible and stretchable electronic parts are required in various fields such as bio devices and sensors as well as electronic products such as displays and mobile phones.
• For example, flexible transistors and circuits built on biocompatible parylene substrates could find applications in implantable medical devices in vivo.
• We have flexible electronic devices and system technologies that can be used in flexible electronics or bio applications.
• Utilizing a variety of materials, such as 2D materials (e.g., graphene, MoS2, WSe2), and organic-inorganic materials (Silicon, PEDOT, AgNW, and Parylene), we provide a suitable solution for flexible devices and sensors.

Neural electrode is a frond-end device that can record neural activity and stimulate nervous system.

• - Applied Physics Letter, 2016, "Flexible bottom-gate graphene transistors on Parylene C substrate and the effect of current annealing"
• - Applied Sciences, 2020, "Parylene-Based Flexible Microelectrode Arrays for the Electrical Recording of Muscles and the Effect of Electrode Size"
• - Current Applied Physics, 2022, "Investigation on Parylene-C based neural electrodes by accelerated life test and reliability improvement using polyimide flexible cable"
• - IEEE Access, 2022, "Flexible Parylene C-based RRAM Array for Neuromorphic Applications",