A laser processing head designed for laser wire cladding, in which a laser beam is directed through a housing onto a pyramid-shaped element and onto at least three reflective surfaces (8.1) of the pyramid-shaped element which are aligned at equal angular distances from one another, and the partial beams (6.1-6.3) each reflected from the reflective surfaces (8.1) impinge on reflecting surfaces (8.2) arranged radially on the outside of an optics carrier element (5.1), the reflecting surfaces (8.2) being aligned such that the partial beams (6.1-6-3) reflected on them are aligned such that they intersect in a common plane, and an internal wire feeder is arranged in the housing, with an outlet nozzle (2.1), arranged in the direction of a workpiece to be machined, for a wire-shaped material which can be melted with the energy of the partial beams (6.1-6.3) impinging on the wire-shaped material, wherein the outlet nozzle (2.1) is arranged in front of the plane in which the reflected partial beams (6.1-6.3) intersect as the wire-shaped material advances; characterised in that the pyramid-shaped element and the reflective surfaces (8.2) are formed on a single optics carrier element (5.1), and the optics carrier element (5.1) is arranged and can be fixed in an optics adjustment in such a way that it can be displaced in two axes aligned perpendicular to the optical axis of the laser beam or perpendicular to the central longitudinal axis of the wire-shaped material in connection with the outlet nozzle (2.1), wherein the optics carrier element (5.1) is a monolith which is formed from a single material and no individual part present on the optics carrier element (5.1) is attached to the optics carrier element (5.1) as a result of assembly and which is at the same time a central displacement element of the two perpendicular to the optical axis of the laser beam or perpendicular to the central longitudinal axis of the wire-shaped material to the optics adjustment. a laser beam is directed through a housing onto a pyramid-shaped element and onto at least three reflective surfaces (8.1) of the pyramid-shaped element which are aligned at equal angular distances from one another, and the partial beams (6.1-6.3) each reflected from the reflective surfaces (8.1) impinge on reflecting surfaces (8.2) arranged radially on the outside of an optics carrier element (5.1), the reflecting surfaces (8.2) being aligned such that the partial beams (6.1-6-3) reflected on them are aligned such that they intersect in a common plane, and an internal wire feeder is arranged in the housing, with an outlet nozzle (2.1), arranged in the direction of a workpiece to be machined, for a wire-shaped material which can be melted with the energy of the partial beams (6.1-6.3) impinging on the wire-shaped material, wherein the outlet nozzle (2.1) is arranged in front of the plane in which the reflected partial beams (6.1-6.3) intersect as the wire-shaped material advances; characterised in that the pyramid-shaped element and the reflective surfaces (8.2) are formed on a single optics carrier element (5.1), and the optics carrier element (5.1) is arranged and can be fixed in an optics adjustment in such a way that it can be displaced in two axes aligned perpendicular to the optical axis of the laser beam or perpendicular to the central longitudinal axis of the wire-shaped material in connection with the outlet nozzle (2.1), wherein the optics carrier element (5.1) is a monolith which is formed from a single material and no individual part present on the optics carrier element (5.1) is attached to the optics carrier element (5.1) as a result of assembly and which is at the same time a central displacement element of the two perpendicular to the optical axis of the laser beam or perpendicular to the central longitudinal axis of the wire-shaped material to the optics adjustment.