A camera module, the camera module comprising: a PCB (10, Printed Circuit Board); an image sensor; a holder member mounted on the PCB; a lens module coupled with the holder member; a liquid lens mounted on an upper surface of the lens module; and an electronic circuit pattern formed on a surface of the holder member and electrically connecting the PCB and the liquid lens, first and second terminals (42, 43) disposed on the upper surface of the lens module and electrically connected to the liquid lens, wherein one end part of the electronic circuit pattern is connected to the PCB, and the other end part of the electronic circuit pattern is connected to the first and second terminals (42, 43), and wherein the first and second terminals (42, 43) are applied with an electric power of mutually different polarities through the electronic circuit pattern from the PCB, characterized in that the camera module further comprises: a shield can covering the holder member; and an insulation member disposed between the shield can and the holder member, wherein the insulation member is an insulation epoxy, wherein the insulation epoxy is disposed between the electronic circuit pattern and the shield can, wherein the insulation member is configured to perform insulation function between the electronic circuit pattern and the shield can and perform attachment and fixation of the holder member to the shield can, and wherein, in an optical axis direction, the insulation epoxy has a length as same as a length of the electronic circuit pattern so that the insulation epoxy is disposed from a lower end of the electronic circuit pattern to an upper end of electronic circuit pattern. a PCB (10, Printed Circuit Board); an image sensor; a holder member mounted on the PCB; a lens module coupled with the holder member; a liquid lens mounted on an upper surface of the lens module; and an electronic circuit pattern formed on a surface of the holder member and electrically connecting the PCB and the liquid lens, first and second terminals (42, 43) disposed on the upper surface of the lens module and electrically connected to the liquid lens, wherein one end part of the electronic circuit pattern is connected to the PCB, and the other end part of the electronic circuit pattern is connected to the first and second terminals (42, 43), and wherein the first and second terminals (42, 43) are applied with an electric power of mutually different polarities through the electronic circuit pattern from the PCB, characterized in that the camera module further comprises: a shield can covering the holder member; and an insulation member disposed between the shield can and the holder member, wherein the insulation member is an insulation epoxy, wherein the insulation epoxy is disposed between the electronic circuit pattern and the shield can, wherein the insulation member is configured to perform insulation function between the electronic circuit pattern and the shield can and perform attachment and fixation of the holder member to the shield can, and wherein, in an optical axis direction, the insulation epoxy has a length as same as a length of the electronic circuit pattern so that the insulation epoxy is disposed from a lower end of the electronic circuit pattern to an upper end of electronic circuit pattern. a shield can covering the holder member; and an insulation member disposed between the shield can and the holder member, wherein the insulation member is an insulation epoxy, wherein the insulation epoxy is disposed between the electronic circuit pattern and the shield can, wherein the insulation member is configured to perform insulation function between the electronic circuit pattern and the shield can and perform attachment and fixation of the holder member to the shield can, and wherein, in an optical axis direction, the insulation epoxy has a length as same as a length of the electronic circuit pattern so that the insulation epoxy is disposed from a lower end of the electronic circuit pattern to an upper end of electronic circuit pattern.