The sensor enhances flexibility and performance, optimizing pressure detection capabilities.
Chemically reduced graphene oxide integrated into the sponge allows for effective pressure sensing.
Laser engraving allows for the precise structuring of the melamine sponge, forming the dielectric layer.
This innovative design may enable advanced applications in various fields, including robotics and healthcare.
Abstract
Herein, we proposed a novel dielectric layer of pyramid-based melamine sponge (MSponge) obtained through simple laser engraving as a flexible capacitive pressure sensor.