An electrical stimulation device (10, 60) for application to a body part, the device (10, 60) comprising: a flexible member (12, 64) for contacting the body part; means for tightly supporting said flexible member (12, 64) against the body part at least one electrical bus, said electrical bus having means for enabling connection of the bus to an electrical lead wire and an electrical contact (36, 68) disposed on an inside of said flexible member (12, 64); and a conductive pad having dimensions smaller than the dimensions of said flexible member (12, 64), said conductive pad comprising: multilayer means for providing an electrical interface between the body part and said electrical bus, said multilayer means including first layer means, comprising an electrically conductive gel, for removably contacting the body part, and second layer means, comprising an electrically conductive gel, for contacting the flexible member inside and contacting said electrical bus, characterized in that the electrically conductive gel of the first layer means has a relatively low peel strength against the body port, and the electrically conductive gel of the second layer means has a relatively high peel strength against the flexible member inside such that the first layer means and the second layer means have adhesive properties enabling removal of the conductive pad from said body part by separation of the flexible member (12, 64) from said body part, the conductive pad remaining adhered to said flexible member (12, 64) during such separation. a flexible member (12, 64) for contacting the body part; means for tightly supporting said flexible member (12, 64) against the body part at least one electrical bus, said electrical bus having means for enabling connection of the bus to an electrical lead wire and an electrical contact (36, 68) disposed on an inside of said flexible member (12, 64); and a conductive pad having dimensions smaller than the dimensions of said flexible member (12, 64), said conductive pad comprising: multilayer means for providing an electrical interface between the body part and said electrical bus, said multilayer means including first layer means, comprising an electrically conductive gel, for removably contacting the body part, and second layer means, comprising an electrically conductive gel, for contacting the flexible member inside and contacting said electrical bus, multilayer means for providing an electrical interface between the body part and said electrical bus, said multilayer means including first layer means, comprising an electrically conductive gel, for removably contacting the body part, and second layer means, comprising an electrically conductive gel, for contacting the flexible member inside and contacting said electrical bus, characterized in that the electrically conductive gel of the first layer means has a relatively low peel strength against the body port, and the electrically conductive gel of the second layer means has a relatively high peel strength against the flexible member inside such that the first layer means and the second layer means have adhesive properties enabling removal of the conductive pad from said body part by separation of the flexible member (12, 64) from said body part, the conductive pad remaining adhered to said flexible member (12, 64) during such separation.