The invention relates to an electrode bridging structure of a touch panel, in particular to an electrode bridging structure of the touch panel, which can increase the connection rate of an upper electrode and a lower electrode. The touch panel comprises a conductive glass substrate and a conductive thin film arranged on the conductive glass substrate, wherein an annular electrode loop is printed on the periphery of the upper surface of the conductive glass substrate and used for controlling four wires of an X axis and a Y axis; and at least two conductive bridging parts are arranged between the conductive glass substrate and the conductive thin film, can connect the conductive glass substrate and the conductive thin film simultaneously and are connected with signal wires in parallel. Therefore, the upper electrode and the lower electrode of the touch panel can be sensed and connected through the plurality of conductive bridging parts connected with the signal wires, the upper connection rate and the lower connection rate are effectively increased, action load of the touch panel is reduced, and the energy is saved; and further, compared with the prior art, the layers of structure can be reduced, the working procedures can be reduced, the working hours can be shortened, and accordingly, the manufacturing cost of the touch panel is reduced.