To suck skin to an outer blade of an electric shaver by sucking action to improve shaving performance without necessity of forcibly pushing the outer blade to the skin, by composing the electric shaver being equipped with an exhaust fan to suck air from the outer blade and to exhaust through the other end.

An opening to form a sucking face 4 is set on the front face of an outer blade 2, and a sucking board 9 tightly in contact with the main body of this electric shaver is equipped on the other face. A bellows structure 3 is formed on the outer wall of sucking board 9, and an exhaust tube 6 is mounted more inside than the outer blade 2 through the bellows structure. The other end of the exhaust tube 6 is mounted through a dust collecting room 15 to be enabled to exhaust air in the sucking board 9 by the rotation of a fan 13. Thus, cut shavings are captured by a filter 18 in the dust collecting room 15, and skin and the outer blade are tightly brought into mutual contact by putting the sucking face 4 to the skin and reducing the air pressure by discharging air in the sucking board 9 to suck the skin. That is, the shaver sucks air expanding deep shave pores and wrinkles in the skin to bring shave in a raised condition to give good shaving.