The fabrication process of the array is presented. In this study, we design and fabricate a flexible microelectrode array with gold as the electrode material and parylene-C as the substrate. By flexing of the array to the surface, the array is capable of keeping a more stable electrical contact resulting in a significantly improved signal detected. In design and fabrication of the microelectrode array, soft materials are generally chosen to be the substrate for the aim of achieving better compliance with the surrounding tissue while maintaining minimal damage. Safety and long-term reliability are essential requirements for microelectrode arrays applied in electrical stimulation. ![]() Microelectrode arrays play an important role in prosthetic implants for neural signal recording or applying electrical pulses stimulation to target nerve system.
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