Abstract: Disclosed herein is an etched movable blade for use in an electric hair clipper. The electric hair clipper comprises a stationary blade in addition to the movable blade, and the movable blade is displaceably disposed on an upper surface of the stationary blade so as to perform hair cutting by making use of a plurality of etched blade teeth formed at tip ends of the movable and stationary blades. The movable blade comprises a plurality of etched recesses formed, respectively, between adjacent ones of the etched blade teeth, thereby achieving an increase in a surface area of etched portions compared to a conventional etched blade, and effectively preventing the accumulation of hair or residue between the stationary blade and the movable blade, resulting in enhancement in cutting efficiency of the electric hair clipper.

Abstract: A receiving groove is defined on a lower surface of a guide bracket. An oil pad is received in the groove. The guide bracket is defined adjacent to an end thereof with an oil inlet hole. A movable clipper blade is defined adjacent to front and rear ends thereof with front and rear oil passages and is positioned underneath the oil pad, such that the front and rear oil passages are communicated with oil storing grooves defined on a lower surface of the movable clipper blade, to supply oil between the movable clipper blade and a fixed clipper blade.

Abstract: A receiving groove is defined on a lower surface of a guide bracket An oil pad is received in the groove. The guide bracket is defined adjacent to an end thereof with an oil inlet hole. A movable clipper blade is defined adjacent to front and rear ends thereof with front and rear oil passages and is positioned underneath the oil pad, such that the front and rear oil passages are communicated with oil storing grooves defined on a lower surface of the movable clipper blade, to supply oil between the movable clipper blade and a fixed clipper blade.