An electromagnetic force compensation direct measuring system with a load receiver which is connected via a force transmission linkage to a force compensation device, and with a multi-part parallel guide, which has at least two parallel guide elements (131, 132) spaced apart by the force transmission linkage, wherein the force compensation device has at least one permanent magnet and a coil electrically connected to a controllable electric circuit, and wherein the force transmission linkage is formed as a one-part coil body in such a way that the coil is arranged on it between the parallel guide elements (131, 132) and is electrically connected to the controllable electric circuit, characterised in that the coil body has at least two electrical conductor tracks (141, 142) insulated from one another, wherein the first conductor track leads to the coil and the second conductor track leads away from the coil, and in that either at least one parallel guide element (131, 132) is electrically integrated into the controllable electric circuit and has two electric guides that are insulated from one another, and in each case one conductor track (141, 142) of the coil body is connected to a respective electric guide of the at least one parallel guide element (131, 132), or two parallel guide elements (131, 132) are electrically integrated into the controllable electric circuit, and in each case one conductor track (141, 142) of the coil body is connected to the electric guide of respectively one of the two parallel guide elements (131, 132). a load receiver which is connected via a force transmission linkage to a force compensation device, and with a multi-part parallel guide, which has at least two parallel guide elements (131, 132) spaced apart by the force transmission linkage, wherein the force compensation device has at least one permanent magnet and a coil electrically connected to a controllable electric circuit, and wherein the force transmission linkage is formed as a one-part coil body in such a way that the coil is arranged on it between the parallel guide elements (131, 132) and is electrically connected to the controllable electric circuit, characterised in that the coil body has at least two electrical conductor tracks (141, 142) insulated from one another, wherein the first conductor track leads to the coil and the second conductor track leads away from the coil, and in that either wherein the force transmission linkage is formed as a one-part coil body in such a way that the coil is arranged on it between the parallel guide elements (131, 132) and is electrically connected to the controllable electric circuit, characterised in that the coil body has at least two electrical conductor tracks (141, 142) insulated from one another, wherein the first conductor track leads to the coil and the second conductor track leads away from the coil, and in that either at least one parallel guide element (131, 132) is electrically integrated into the controllable electric circuit and has two electric guides that are insulated from one another, and in each case one conductor track (141, 142) of the coil body is connected to a respective electric guide of the at least one parallel guide element (131, 132), or two parallel guide elements (131, 132) are electrically integrated into the controllable electric circuit, and in each case one conductor track (141, 142) of the coil body is connected to the electric guide of respectively one of the two parallel guide elements (131, 132).