Bioinspired dry adhesives have been developed over the years as they have superior adhesion properties. Dry adhesives have superior adhesion strength, reversible adhesion, rough surface adaptation, self-cleaning, directional adhesion and so on. However, techniques of making dry adhesives in previous manufacturing based on lithographic approaches such as photolithography or e-beam lithography are very expensive, complicated, non-environment friendly process so they are inappropriate for applying to scalable and commercialized mass production. In my project, I’m going to present a new fabrication technique about development of dry adhesive patch using CNC machining and replica molding. It is simple, scalable and eco-friendly, and it can be applied to mass production also. Our suggested fabrication technique will accelerate the wide-spread use and commercialization of biomimetic smart dry adhesives.