Method for producing a component, specifically a blade, of a turbomachine from a TiAl alloy, which method comprises the following steps: defining at least one first component region which is intended to have a first property profile, an edge region of the blade being defined as the first component region, and defining at least one second component region which is intended to have a second property profile which differs from the first property profile, a core region of the blade being defined as the second component region; providing a powder made from the TiAl alloy; additively manufacturing the component from the powder made from the TiAl alloy, the powder made from the TiAl alloy being melted to form an integral connection of the powder particles with one another and being melted to a substrate or a part of the component that has already been produced, characterized in that the powder particles for forming the first component region and the powder particles for forming the second component region are melted under such different conditions that, in the first component region, 0 to 1 at.% Al is evaporated when the powder is melted and, in the second component region, 2 to 4 at.% Al is evaporated and different chemical compositions of the deposited material result in the first component region and in the second component region, the chemical composition of the first component region resulting from a reduction in the Al content by 0 to 1 at.% of a specific chemical TiAl composition and the chemical composition of the second component region resulting from a reduction in the Al content by 2 to 4 at.% of the same specific TiAl chemical composition. defining at least one first component region which is intended to have a first property profile, an edge region of the blade being defined as the first component region, and defining at least one second component region which is intended to have a second property profile which differs from the first property profile, a core region of the blade being defined as the second component region; providing a powder made from the TiAl alloy; additively manufacturing the component from the powder made from the TiAl alloy, the powder made from the TiAl alloy being melted to form an integral connection of the powder particles with one another and being melted to a substrate or a part of the component that has already been produced, characterized in that the powder particles for forming the first component region and the powder particles for forming the second component region are melted under such different conditions that, in the first component region, 0 to 1 at.% Al is evaporated when the powder is melted and, in the second component region, 2 to 4 at.% Al is evaporated and different chemical compositions of the deposited material result in the first component region and in the second component region, the chemical composition of the first component region resulting from a reduction in the Al content by 0 to 1 at.% of a specific chemical TiAl composition and the chemical composition of the second component region resulting from a reduction in the Al content by 2 to 4 at.% of the same specific TiAl chemical composition.