Disclosed is an integrated electrode, comprising an electrode wire (1) and an electrode base (2). The electrode wire (1) is designed in a hollowed-out shape, and several through holes (4) are punched on a side face of the electrode wire (1) without changing the appearance and dimension of the electrode wire. The electrode base (2) is formed by an injection molding process, and is integrally formed with the electrode wire (1) by means of a one-time injection molding. During the process of injection molding, plastic fluid can flow through the hollowed-out through holes (4) of the electrode wire (1) so as to fix the electrode wire (1) in the electrode base (2), such that the electrode wire (1) and the electrode base (2) are integrated. Several glue-coated pits (5) bonded to the electrode wire (1) are arranged inside the electrode base (2), and after the glue-coated pits (5) are fully covered with glue, the fixing of the electrode wire (1) is further guaranteed. The integrated electrode enables the electrode wire (1) and the electrode base (2) to be integrally fixed to each other in the strongest manner, being safer, more stable, and more effective than existing fixing processes and minimizing the risk of upwarp, ejection and falling out from the electrode wire (1). The plastic is injected into the through holes (4) on the electrode wire (1), so as to integrally connect the electrode wire (1) and the electrode base (2), such that falling out does not occur.L'invention concerne une électrode intégrée comprenant un fil d'électrode (1) et une base d'électrode (2). Le fil d'électrode (1) est conçu sous une forme évidée, et plusieurs trous traversants (4) sont percés sur une face latérale du fil d'électrode (1) sans changer l'aspect et la dimension du fil d'électrode. La base d'électrode (2) est formée par un procédé de moulage par injection et formée d'un seul tenant avec le fil d'électrode (1) au moyen d'un moulage par injection en une seule fois. Pendant le processus de m
