Vibronic-type transducer for a medium flowing through a pipe, said transducer comprising: - a transducer housing as well as - an interior part arranged in the transducer housing, said part having at least -- a curved measuring tube, particularly a U-shaped or V-shaped measuring tube, which vibrates at least partially during operation and is designed to conduct the medium, as well as -- a counter-vibration mechanism fixed on the measuring tube on the inlet side forming a first coupling zone (11#) and fixed on the measuring tube on the outlet side forming a second coupling zone (12#), - wherein the interior part is supported in the transducer housing in a manner which permits vibration by two connecting tube elements (11, 12), -- via said elements the measuring tube communicates with the pipe during operation, and -- wherein said elements are arranged in relation to one another and in relation to an imaginary longitudinal axis of the transducer in such a way that, during operation, the interior part can oscillate around the longitudinal axis, characterized in that the measuring tube and counter-vibration mechanism are designed and aligned in relation to one another in such a way -- that both a centre of gravity, M 10, of the measuring tube situated at a distance from the imaginary longitudinal axis and a centre of gravity, M 20, of the counter-vibration mechanism situated at a distance from the imaginary longitudinal axis are located in an area of the transducer, formed jointly by the imaginary longitudinal axis and the measuring tube, on an imaginary vertical axis of the transducer, which is perpendicular to the imaginary longitudinal axis of the transducer, and -- that the centre of gravity, M 10, of the measuring tube is situated further away from the longitudinal axis than the center of gravity, M 20, of the counter-vibration mechanism. - a transducer housing as well as - an interior part arranged in the transducer housing, said part having at least -- a curved measuring tube, particularly a U-shaped or V-shaped measuring tube, which vibrates at least partially during operation and is designed to conduct the medium, as well as -- a counter-vibration mechanism fixed on the measuring tube on the inlet side forming a first coupling zone (11#) and fixed on the measuring tube on the outlet side forming a second coupling zone (12#), -- a curved measuring tube, particularly a U-shaped or V-shaped measuring tube, which vibrates at least partially during operation and is designed to conduct the medium, as well as -- a counter-vibration mechanism fixed on the measuring tube on the inlet side forming a first coupling zone (11#) and fixed on the measuring tube on the outlet side forming a second coupling zone (12#), - wherein the interior part is supported in the transducer housing in a manner which permits vibration by two connecting tube elements (11, 12), -- via said elements the measuring tube communicates with the pipe during operation, and -- wherein said elements are arranged in relation to one another and in relation to an imaginary longitudinal axis of the transducer in such a way that, during operation, the interior part can oscillate around the longitudinal axis, -- via said elements the measuring tube communicates with the pipe during operation, and -- wherein said elements are arranged in relation to one another and in relation to an imaginary longitudinal axis of the transducer in such a way that, during operation, the interior part can oscillate around the longitudinal axis, -- that both a centre of gravity, M 10, of the measuring tube situated at a distance from the imaginary longitudinal axis and a centre of gravity, M 20, of the counter-vibration mechanism situated at a distance from the imaginary longitudinal axis are located in an area of the transducer, formed jointly by the imaginary longitudinal axis and the measuring tube, on an imaginary vertical axis of the transducer, which is perpendicular to the imaginary longitudinal axis of the transducer, and -- that the centre of gravity, M 10, of the measuring tube is situated further away from the longitudinal axis than the center of gravity, M 20, of the counter-vibration mechanism.