Method of manufacturing components or profiles from at least one solidifiable plastic mass in an injection moulding facility which has stationary moulding components and, opposite them, movable moulding components, wherein the movable moulding components contain at least one moulding cavity (8, 8') and the stationary moulding components have at least one sprue through which the solidifiable plastic mass is injected into the area between the stationary moulding components and the moulding cavity(ies) (8, 8') in the movable moulding components while the movable moulding components with the moulding cavity(ies) (8, 8') are moved away from the sprue, characterised by the following steps: a) injection moulding of a solidifiable plastic mass into a distribution channel (10, 10') formed in the movable moulding components and from this, via connections (9, 9') b 1) either partly into a single moulding cavity b2) or, one after the other, into individual moulding cavities, c) wherein the distribution channel (10, 10') is surrounded by at least one stationary temperable moulding component in the area of the sprue as well as in a leading zone located on the one side of the sprue opposite the movement direction of the moved moulding components and in a trailing zone located on the other side of the sprue in the movement direction of the moved moulding components, d) wherein, in the distribution channel (10, 10'), a continuous distribution channel strand of material is formed with connection strands of materials, which are transported away from the sprue while continuing to cool and setting as well as with increasing length together with the filled moulding cavities or sections of moulding cavities, e) wherein the distribution channel material strand together with the connection mass strands are separated from the component(s) after setting and after opening the moulding cavity or cavities and f) the component or components is/are ejected. a) injection moulding of a solidifiable plastic mass into a distribution channel (10, 10') formed in the movable moulding components and from this, via connections (9, 9') b 1) either partly into a single moulding cavity b2) or, one after the other, into individual moulding cavities, c) wherein the distribution channel (10, 10') is surrounded by at least one stationary temperable moulding component in the area of the sprue as well as in a leading zone located on the one side of the sprue opposite the movement direction of the moved moulding components and in a trailing zone located on the other side of the sprue in the movement direction of the moved moulding components, d) wherein, in the distribution channel (10, 10'), a continuous distribution channel strand of material is formed with connection strands of materials, which are transported away from the sprue while continuing to cool and setting as well as with increasing length together with the filled moulding cavities or sections of moulding cavities, e) wherein the distribution channel material strand together with the connection mass strands are separated from the component(s) after setting and after opening the moulding cavity or cavities and f) the component or components is/are ejected.