A continuous clip feeding apparatus of a vascular clip applier, comprising a rod body (10). The front end of the rod body (10) is provided with a jaw (20) which is driven to open or close; a clip feeding passage (15) is formed in the rod body (10); a clip accommodating cavity (151) is formed at the front end of the clip feeding passage (15); one side of the clip feeding passage (15) is fixedly provided with a blocking rod (40); the blocking rod (40) is provided with a plurality of stop elastic members (41); the front end of the blocking rod is provided with a positioning elastic member (42) extending into the clip accommodating cavity (151); a clip box (50) is provided with respect to the blocking rod (40); a plurality of propulsion elastic members (52) matching the plurality of stop elastic members (41) is provided on the clip box (50); a plastic clip (60) is accommodated between every two adjacent propulsion elastic members (52); the propulsion elastic members (52) move back and forth through the clip box (50) in a reciprocating mode to push the plastic clips (60) into the clip accommodating cavity (151) in sequence, and the plastic clips (60) in the clip accommodating cavity (151) are pushed to the front end of the jaw (20), thereby achieving the effect of continuous clip pushing and applier application.L'invention concerne un appareil d'alimentation continue en agrafes d'un applicateur d'agrafes vasculaires, comprenant un corps de tige (10). L'extrémité avant du corps de tige (10) est pourvue d'une mâchoire (20) qui est entraînée pour s'ouvrir ou se fermer ; un passage d'alimentation en agrafes (15) est formé dans le corps de tige (10) ; une cavité de réception d'agrafes (151) est formée au niveau de l'extrémité avant du passage d'alimentation en agrafes (15) ; un côté du passage d'alimentation en agrafes (15) est doté de manière fixe d'une tige de blocage (40) ; la tige de blocage (40) est pourvue d'une pluralité d'éléments élastiques d'arrêt (41) ; l'extrémité