A device for adhering an elastomer bearing to a stabiliser bar for a motor vehicle, having the following features a clamping unit which comprises a receptacle for the stabiliser bar and the elastomer bearing and is designed to clamp the elastomer bearing to the stabiliser bar; a first induction coil and a second induction coil; a first power supply unit which is designed to generate a first alternating current flow through the first induction coil, characterised in that a second power supply unit is designed to generate a second alternating current flow through the second induction coil, wherein the first alternating current flow is in phase or in antiphase with the second alternating current flow, in particular wherein the first and second induction coils are designed to heat the stabiliser bar accommodated in the tensioning unit; and a) a movement unit is designed to move the tensioning unit relative to a third induction coil and a fourth induction coil or to support a movement, the third and fourth induction coils being arranged on both sides of the receptacle for the stabiliser bar and the elastomer bearing in operation; and a third power supply unit is configured to generate a third alternating current flow through the third induction coil and a fourth power supply unit is configured to generate a fourth alternating current flow through the fourth induction coil, wherein the third alternating current flow is in phase with the fourth alternating current flow when the first alternating current flow is in phase opposition with the second alternating current flow and wherein the third alternating current flow is in phase opposition with the fourth alternating current flow when the first alternating current flow is in phase with the second alternating current flow; or b) the second power supply unit is designed to perform a phase reversal of the second AC voltage. a clamping unit which comprises a receptacle for the stabiliser bar and the elastomer bearing and is designed to clamp the elastomer bearing to the stabiliser bar; a first induction coil and a second induction coil; a first power supply unit which is designed to generate a first alternating current flow through the first induction coil, characterised in that a second power supply unit is designed to generate a second alternating current flow through the second induction coil, wherein the first alternating current flow is in phase or in antiphase with the second alternating current flow, in particular wherein the first and second induction coils are designed to heat the stabiliser bar accommodated in the tensioning unit; and a) a movement unit is designed to move the tensioning unit relative to a third induction coil and a fourth induction coil or to support a movement, the third and fourth induction coils being arranged on both sides of the receptacle for the stabiliser bar and the elastomer bearing in operation; and a third power supply unit is configured to generate a third alternating current flow through the third induction coil and a fourth power supply unit is configured to generate a fourth alternating current flow through the fourth induction coil, wherein the third alternating current flow is in phase with the fourth alternating current flow when the first alternating current flow is in phase opposition with the second alternating current flow and wherein the third alternating current flow is in phase opposition with the fourth alternating current flow when the first alternating current flow is in phase with the second alternating current flow; or b) the second power supply unit is designed to perform a phase reversal of the second AC voltage. a) a movement unit is designed to move the tensioning unit relative to a third induction coil and a fourth induction coil or to support a movement, the third and fourth induction coils being arranged on both sides of the receptacle for the stabiliser bar and the elastomer bearing in operation; and a third power supply unit is configured to generate a third alternating current flow through the third induction coil and a fourth power supply unit is configured to generate a fourth alternating current flow through the fourth induction coil, wherein the third alternating current flow is in phase with the fourth alternating current flow when the first alternating current flow is in phase opposition with the second alternating current flow and wherein the third alternating current flow is in phase opposition with the fourth alternating current flow when the first alternating current flow is in phase with the second alternating current flow; or b) the second power supply unit is designed to perform a phase reversal of the second AC voltage.