Method for producing an extruded product, comprising - providing an extrusion device, comprising - a receiver; - a first receiver bore which is formed in the receiver and in which a first pressing punch is arranged; - a second receiver bore which is formed in the receiver separately from the first receiver bore and in which a second pressing punch is arranged; and - a mould with a mould cavity which is connected to the first and the second receiver bore (5, 6); - arranging a first material pin of a first material in the first receiver bore; - arranging a second material pin of a second material which is different from the first material in the second receiver bore; and - extruding an extruded product in which the first and the second material (2, 3) are connected in a form-fitting and material-locking manner, comprising: - advancing the first pressing punch in the first receiver bore such that the first material is thereby pressed into the mould cavity of the mould and is thereby formed; - advancing the second pressing punch in the second receiver bore such that the second material is thereby pressed into the mould cavity of the mould and is thereby formed; and - connecting the first and the second material (2, 3) in a material-locking and form-fitting manner to form an extruded product in the mould, characterized in that a first advance when advancing the first pressing punch in the first receiver bore and a second advance when advancing the second pressing punch in the second receiver bore are controlled independently of one another. - providing an extrusion device, comprising - a receiver; - a first receiver bore which is formed in the receiver and in which a first pressing punch is arranged; - a second receiver bore which is formed in the receiver separately from the first receiver bore and in which a second pressing punch is arranged; and - a mould with a mould cavity which is connected to the first and the second receiver bore (5, 6); - a receiver; - a first receiver bore which is formed in the receiver and in which a first pressing punch is arranged; - a second receiver bore which is formed in the receiver separately from the first receiver bore and in which a second pressing punch is arranged; and - a mould with a mould cavity which is connected to the first and the second receiver bore (5, 6); - arranging a first material pin of a first material in the first receiver bore; - arranging a second material pin of a second material which is different from the first material in the second receiver bore; and - extruding an extruded product in which the first and the second material (2, 3) are connected in a form-fitting and material-locking manner, comprising: - advancing the first pressing punch in the first receiver bore such that the first material is thereby pressed into the mould cavity of the mould and is thereby formed; - advancing the second pressing punch in the second receiver bore such that the second material is thereby pressed into the mould cavity of the mould and is thereby formed; and - connecting the first and the second material (2, 3) in a material-locking and form-fitting manner to form an extruded product in the mould, characterized in that a first advance when advancing the first pressing punch in the first receiver bore and a second advance when advancing the second pressing punch in the second receiver bore are controlled independently of one another. - advancing the first pressing punch in the first receiver bore such that the first material is thereby pressed into the mould cavity of the mould and is thereby formed; - advancing the second pressing punch in the second receiver bore such that the second material is thereby pressed into the mould cavity of the mould and is thereby formed; and - connecting the first and the second material (2, 3) in a material-locking and form-fitting manner to form an extruded product in the mould, characterized in that a first advance when advancing the first pressing punch in the first receiver bore and a second advance when advancing the second pressing punch in the second receiver bore are controlled independently of one another.