Method for producing a component from an at least partially amorphous metal alloy, comprising the steps of: preparing a powder of an at least partially amorphous metal alloy, wherein the powder comprises less than 1 percent by weight of particles with a diameter smaller than 5 μm or the powder is screened or treated by air classification, so that it comprises less than 1 weight percent of particles with a diameter smaller than 5 μm; creating a formed semifinished product from the powder by a 3D printing process, in that the powder is applied layer by layer and the powder particles of the layer newly applied in each case are made to melt completely at the surface of the semifinished product to be formed by selective local heat input with an electron beam or a laser beam and, when they cool down again, are bonded to one another to form a dense, pore-free structure, while the powder in the volume of the semifinished product to be formed is merely made to begin sintering in order to achieve a bonding of the powder particles to the nearest neighbour; and hot pressing of the semifinished product, wherein the hot pressing is performed at a temperature T that lies between the transformation temperature T T and the crystallization temperature T K of the amorphous phase of the metal alloy and satisfies the following condition: T T < T < T T + 30 / 100 * T K − T T, wherein a mechanical pressure is exerted on the semifinished product during the hot pressing and the semifinished product is compacted during the hot pressing and the duration of the hot pressing is in a time range of 3 seconds per millimetre of the thickness or of the greatest relevant diameter of the semifinished product to 900 seconds per millimetre of the thickness or of the greatest relevant diameter of the semifinished product, so that after the hot pressing the powder particles are bonded and the component produced has an amorphous fraction of at least 85 percent. preparing a powder of an at least partially amorphous metal alloy, wherein the powder comprises less than 1 percent by weight of particles with a diameter smaller than 5 μm or the powder is screened or treated by air classification, so that it comprises less than 1 weight percent of particles with a diameter smaller than 5 μm; creating a formed semifinished product from the powder by a 3D printing process, in that the powder is applied layer by layer and the powder particles of the layer newly applied in each case are made to melt completely at the surface of the semifinished product to be formed by selective local heat input with an electron beam or a laser beam and, when they cool down again, are bonded to one another to form a dense, pore-free structure, while the powder in the volume of the semifinished product to be formed is merely made to begin sintering in order to achieve a bonding of the powder particles to the nearest neighbour; and hot pressing of the semifinished product, wherein the hot pressing is performed at a temperature T that lies between the transformation temperature T T and the crystallization temperature T K of the amorphous phase of the metal alloy and satisfies the following condition: T T < T < T T + 30 / 100 * T K − T T, wherein a mechanical pressure is exerted on the semifinished product during the hot pressing and the semifinished product is compacted during the hot pressing and the duration of the hot pressing is in a time range of 3 seconds per millimetre of the thickness or of the greatest relevant diameter of the semifinished product to 900 seconds per millimetre of the thickness or of the greatest relevant diameter of the semifinished product, so that after the hot pressing the powder particles are bonded and the component produced has an amorphous fraction of at least 85 percent.