Method for producing an individual-segment rotor for an electric machine, by - arranging a shaft in a mould, - arranging a plurality of laminated core segments, which are respectively at a distance from one another, on the circumference of the shaft in a distributed manner in the mould, wherein the laminated core segments in each case have a fixing contour (7, 23) for a positive connection for radially fixing the laminated core segments on the shaft, - arranging one respective permanent magnet between each pair of laminated core segments, - filling an intermediate space between the shaft and each fixing contour (7, 23) of the laminated core segments with a curable non-magnetic material, so that - the cured non-magnetic material forms a positive connection relative to the radial direction with each fixing contour and each laminated core segment is retained on the shaft thereby, wherein - the arrangement of the laminated core segments is such that a plurality of single-component annular laminations are arranged coaxially with the shaft, wherein each lamination comprises one respective individual lamination of each of the laminated core segments, wherein - each lamination has magnet recesses distributed on the circumference, magnet pockets being formed thereby between the laminated core segments and the permanent magnets being inserted therein, and - each lamination is closed on its outer circumference by first bridges before the filling process and the bridges are removed after the filling process, characterised in that - each magnet recess on the side facing the centre of the respective annular lamination is closed by a second bridge, so that during the filling process the non-magnetic material does not flow into the magnet pockets and the second bridges are removed after the filling process. - arranging a shaft in a mould, - arranging a plurality of laminated core segments, which are respectively at a distance from one another, on the circumference of the shaft in a distributed manner in the mould, wherein the laminated core segments in each case have a fixing contour (7, 23) for a positive connection for radially fixing the laminated core segments on the shaft, - arranging one respective permanent magnet between each pair of laminated core segments, - filling an intermediate space between the shaft and each fixing contour (7, 23) of the laminated core segments with a curable non-magnetic material, so that - the cured non-magnetic material forms a positive connection relative to the radial direction with each fixing contour and each laminated core segment is retained on the shaft thereby, wherein - the arrangement of the laminated core segments is such that a plurality of single-component annular laminations are arranged coaxially with the shaft, wherein each lamination comprises one respective individual lamination of each of the laminated core segments, wherein - each lamination has magnet recesses distributed on the circumference, magnet pockets being formed thereby between the laminated core segments and the permanent magnets being inserted therein, and - each lamination is closed on its outer circumference by first bridges before the filling process and the bridges are removed after the filling process, characterised in that - each magnet recess on the side facing the centre of the respective annular lamination is closed by a second bridge, so that during the filling process the non-magnetic material does not flow into the magnet pockets and the second bridges are removed after the filling process.