Method of manufacturing a moulded magnet comprising the following operations: a) operations for making a first and a second magnetic body section (31, 32) comprising the following steps: a1) injecting a mixture comprising a binder in the plastic state and a magnetisable filler into a moulding device, said moulding device having at least one cavity for accommodating said mixture, said cavity comprising at least a first substantially flat face and a second face, the first and second faces or extensions thereof intersecting at a predetermined angle, a2) generating a magnetic flux in said cavity whilst said binder of the mixture changes from the plastic state to a quasi-solid state, said magnetic flux being generated by a magnetising device configured so that the magnetic flux crosses the cavity along curvilinear field lines extending between the first and second faces (41, 42), said field lines being substantially perpendicular to the first face in the vicinity thereof and perpendicular to the second face in the vicinity thereof, a3) removing a resultant body section (31, 32) from the moulding device, this body section having the shape of the cavity and comprising a first and second face (33, 35; 34, 36) corresponding to the first and second faces (41, 42) of the cavity, b) an operation of assembling the first and second body sections (31, 32) comprising the steps: b1) positioning the first face of the first body section in contact with the first face of the second body section, and b2) joining the first and second body sections (31, 32) to form at least a part of said moulded magnet. a) operations for making a first and a second magnetic body section (31, 32) comprising the following steps: a1) injecting a mixture comprising a binder in the plastic state and a magnetisable filler into a moulding device, said moulding device having at least one cavity for accommodating said mixture, said cavity comprising at least a first substantially flat face and a second face, the first and second faces or extensions thereof intersecting at a predetermined angle, a2) generating a magnetic flux in said cavity whilst said binder of the mixture changes from the plastic state to a quasi-solid state, said magnetic flux being generated by a magnetising device configured so that the magnetic flux crosses the cavity along curvilinear field lines extending between the first and second faces (41, 42), said field lines being substantially perpendicular to the first face in the vicinity thereof and perpendicular to the second face in the vicinity thereof, a3) removing a resultant body section (31, 32) from the moulding device, this body section having the shape of the cavity and comprising a first and second face (33, 35; 34, 36) corresponding to the first and second faces (41, 42) of the cavity, a1) injecting a mixture comprising a binder in the plastic state and a magnetisable filler into a moulding device, said moulding device having at least one cavity for accommodating said mixture, said cavity comprising at least a first substantially flat face and a second face, the first and second faces or extensions thereof intersecting at a predetermined angle, a2) generating a magnetic flux in said cavity whilst said binder of the mixture changes from the plastic state to a quasi-solid state, said magnetic flux being generated by a magnetising device configured so that the magnetic flux crosses the cavity along curvilinear field lines extending between the first and second faces (41, 42), said field lines being substantially perpendicular to the first face in the vicinity thereof and perpendicular to the second face in the vicinity thereof, a3) removing a resultant body section (31, 32) from the moulding device, this body section having the shape of the cavity and comprising a first and second face (33, 35; 34, 36) corresponding to the first and second faces (41, 42) of the cavity, b) an operation of assembling the first and second body sections (31, 32) comprising the steps: b1) positioning the first face of the first body section in contact with the first face of the second body section, and b2) joining the first and second body sections (31, 32) to form at least a part of said moulded magnet. b1) positioning the first face of the first body section in contact with the first face of the second body section, and b2) joining the first and second body sections (31, 32) to form at least a part of said moulded magnet.