Weighbridge, in particular for a precision balance, comprising at least two bridge elements (B 1, B 2,...) extending along a first direction a) wherein force-transmitting levers are provided separately for each bridge element in order to reduce a weight force within the bridge element and/or to transmit it in the direction of a force transducer of the weighbridge, b) wherein each bridge element (B 1, B 2) has a load receiver (O 1, O 2) for receiving a partial weight force and a base section (U 1, U 2) for supporting the levers (H 11, H 12, H 13, H 14; H 21, H 22, H 23, H 24) provided in the bridge element, c) wherein each load receiver (O 1, O 2) simultaneously engages a first lever (H 11, H 21) of the respective bridge element and a second lever (H 12, H 22) of the same bridge element different from the first lever (H 11, H 21), d) wherein in each bridge element, the first two levers (H 11, H 12; H 21, H 22) or further levers (H 13, H 14...; H 23, H 24...) respectively coupled thereto are coupled to one another at a common coupling member to form a lever pair for forming a sum force (S 1, S 2) associated with the respective bridge element (B 1, B 2), and e) wherein the sum forces (S 1, S 2) formed in each bridge element (B 1, B 2) are jointly introduced into a connecting element serving at least two bridge elements (B 1, B 2) simultaneously, in order to be supplied from there directly or in a reduced manner to the force transducer, characterized in that f) each bridge element has its own parallel guide for the load receiver, in that the load receiver (O 1, O 2) of each bridge element (B 1, B 2) is guided relative to the respective base section (U 1, U 2) by the levers (H 11, H 12; H 21, H 22) coupled to the respective load receiver (O 1, O 2) along parallels in a vertical third direction (parallel guidance), wherein the vertical third direction is perpendicular to the first direction and a horizontal second direction perpendicular to the first direction. a) wherein force-transmitting levers are provided separately for each bridge element in order to reduce a weight force within the bridge element and/or to transmit it in the direction of a force transducer of the weighbridge, b) wherein each bridge element (B 1, B 2) has a load receiver (O 1, O 2) for receiving a partial weight force and a base section (U 1, U 2) for supporting the levers (H 11, H 12, H 13, H 14; H 21, H 22, H 23, H 24) provided in the bridge element, c) wherein each load receiver (O 1, O 2) simultaneously engages a first lever (H 11, H 21) of the respective bridge element and a second lever (H 12, H 22) of the same bridge element different from the first lever (H 11, H 21), d) wherein in each bridge element, the first two levers (H 11, H 12; H 21, H 22) or further levers (H 13, H 14...; H 23, H 24...) respectively coupled thereto are coupled to one another at a common coupling member to form a lever pair for forming a sum force (S 1, S 2) associated with the respective bridge element (B 1, B 2), and e) wherein the sum forces (S 1, S 2) formed in each bridge element (B 1, B 2) are jointly introduced into a connecting element serving at least two bridge elements (B 1, B 2) simultaneously, in order to be supplied from there directly or in a reduced manner to the force transducer, characterized in that f) each bridge element has its own parallel guide for the load receiver, in that the load receiver (O 1, O 2) of each bridge element (B 1, B 2) is guided relative to the respective base section (U 1, U 2) by the levers (H 11, H 12; H 21, H 22) coupled to the respective load receiver (O 1, O 2) along parallels in a vertical third direction (parallel guidance), wherein the vertical third direction is perpendicular to the first direction and a horizontal second direction perpendicular to the first direction.