The utility model discloses an ionic membrane electrolytic cell. A uniform liquid bubble removal device is arranged between two anodes in each anode frame; the uniform liquid bubble removal device comprises multiple guide pipes arranged along the vertical direction and multiple guide circulation clamping plates which are positioned in the anode frames; the multiple guide pipes are arranged in a row along the left and right directions; multiple strip-shaped perforations are formed in a side wall of each guide pipe along the left and right directions from top to bottom; the multiple guide circulation clamping plates respectively penetrate through the multiple guide pipes in a row from different height positions along the perforations in the left and right directions; each pair of guide circulation clamping plates comprises two guide circulation plates which are arranged in parallel along the front and rear directions; the plate surfaces of the circulation plates are positioned in the left and right directions; the distance between the lower edges of two guide circulation plates is smaller than the distance between the upper edges of the two guide circulation plates. The utility model aims to provide an ionic membrane electrolytic cell through which the service life of the ionic membrane can be improved, the electric energy consumption is reduced, and the production cost is reduced.