Abstract: In an embodiment a method includes applying, by a dispenser, a layer of a first raw material to a work surface, the dispenser moving laterally across the work surface, wherein a layer thickness of the first raw material corresponds at least to a desired layer thickness of a layer to be added to the component, bringing the layer of the first raw material into contact with a surface of the component to be coated on the work surface and structurally curing a portion of the first raw material to form a new structured layer of the component, lifting the component comprising the new layer off the work surface, removing, by a first recovering device, a remaining first raw material from the work surface, the first recovering device moving laterally across the work surface and returning the first raw material to a first dispenser and repeating the aforementioned method steps with a second raw material and a second dispenser, wherein a second recovering device is provided so that the first and second raw materials are

Abstract: In an embodiment a 3D printer for additive manufacturing of a multilayer component includes a work surface, at least two movable dispensers configured to coat the work surface with one of at least two different raw materials in each case, wherein at least a part of the respective raw material is addable to the component as a layer in a manufacturing step, and at least two movable recovering devices configured to selectively recover the respective raw material which is not consumed when a layer is added to the component and return the recovered raw material to a respective associated dispenser.

Abstract: A 3D printer for additively manufacturing a multilayer component. The 3D printer includes at least two separate dispensers coating a conveyor belt with respectively different raw material, a manufacturing unit in which at least part of the raw material is added to the component as a new layer, at least two separate recovery devices for selectively recovering the respectively different raw material, which is not consumed when a layer is added to the component, and for returning the raw material to the respective associated dispenser, and conveyor belt that transports the raw material from the dispenser to the manufacturing unit and further to the recovery device in the lateral direction.

Abstract: An inductor with reduced losses is provided. The inductor comprises a first terminal, a second terminal and a conductor between the first terminal and the second terminal. The first terminal, the conductor and the second terminal establish a monolithic structure.

Abstract: A method in which a three-dimensional component is produced and is provided on its component surface with a machine-readable code, wherein the code is produced in one part with the component and has a plurality of three-dimensional code elements, which represent the coded data in binary form on the basis of raised regions and non-raised regions in relation to a reference plane. A method in which a three-dimensional component is produced and is provided on its component surface with a machine-readable code, wherein the code is produced in one part with the component and has a plurality of three-dimensional code elements which represent the coded data in binary form on the basis of recessed regions and non-recessed regions in relation to a reference plane. A component includes such a code.

Abstract: A 3D printer for additively manufacturing a multilayer component. The 3D printer includes at least two separate dispensers coating a conveyor belt with respectively different raw material, a manufacturing unit in which at least part of the raw material is added to the component as a new layer, at least two separate recovery devices for selectively recovering the respectively different raw material, which is not consumed when a layer is added to the component, and for returning the raw material to the respective associated dispenser, and conveyor belt that transports the raw material from the dispenser to the manufacturing unit and further to the recovery device in the lateral direction.

Abstract: In an embodiment a 3D printer for additive manufacturing of a multilayer component includes a work surface, at least two movable dispensers configured to coat the work surface with one of at least two different raw materials in each case, wherein at least a part of the respective raw material is addable to the component as a layer in a manufacturing step, and at least two movable recovering devices configured to selectively recover the respective raw material which is not consumed when a layer is added to the component and return the recovered raw material to a respective associated dispenser.

Abstract: The invention comprises a 3D printer for additively manufacturing a multilayer component. The 3D printer comprises at least two separate dispensers (2) coating a conveyor belt (3) with respectively different raw material, a manufacturing unit in which at least part of the raw material is added to the component (8) as a new layer, at least two separate recovery devices (12) for selectively recovering the respectively different raw material, which is not consumed when a layer is added to the component (8), and returning the raw material to the respective associated dispenser (2) and conveyor belt (3) which transports the raw material from the dispenser (2) to the manufacturing unit and further to the recovery device (12) in the lateral direction.

Abstract: A method in which a three-dimensional component is produced and is provided on its component surface with a machine-readable code, wherein the code is produced in one part with the component and has a plurality of three-dimensional code elements, which represent the coded data in binary form on the basis of raised regions and non-raised regions in relation to a reference plane. A method in which a three-dimensional component is produced and is provided on its component surface with a machine-readable code, wherein the code is produced in one part with the component and has a plurality of three-dimensional code elements which represent the coded data in binary form on the basis of recessed regions and non-recessed regions in relation to a reference plane. A component includes such a code.