A method for manufacturing a large structural component of a vehicle having a length and a width of 75 cm or more, the method comprising: providing a plurality of blanks; joining the blanks to each other to form a composite blank; hot stamping the composite blank to form the component; cutting the component in a laser cutting system comprising a first laser station, a second laser station, a transportation system, and a housing for enclosing the first laser station, the second laser station and the transportation system, the method comprising: charging the component from a charging area to the first laser station, the first laser station comprising a first fixture, and a first plurality of multi-axis robots (210,220,230,240) including a laser cutting head, the first plurality of multi-axis robots being arranged on opposite sides of the first fixture; cutting a first plurality of areas of the component with the laser cutting heads of the first plurality of multi-axis robots (210, 220, 230, 240) simultaneously while the component is held in the first fixture; transporting the component from the first laser station to the second laser station using a gripper mounted on a multi-axis robot for gripping the component, the second laser station comprising a second fixture and a second plurality of multi-axis robots (410, 420, 430, 440) including a laser cutting head, the second plurality of multi-axis robots being arranged on opposite sides of the second fixture; cutting a second plurality of areas of the component with the laser cutting heads of the second plurality of multi-axis robots (410, 420, 430, 440) simultaneously while the component is positioned on the second fixture; discharging the component from the second laser station to a discharging area. providing a plurality of blanks; joining the blanks to each other to form a composite blank; hot stamping the composite blank to form the component; cutting the component in a laser cutting system comprising a first laser station, a second laser station, a transportation system, and a housing for enclosing the first laser station, the second laser station and the transportation system, the method comprising: charging the component from a charging area to the first laser station, the first laser station comprising a first fixture, and a first plurality of multi-axis robots (210,220,230,240) including a laser cutting head, the first plurality of multi-axis robots being arranged on opposite sides of the first fixture; cutting a first plurality of areas of the component with the laser cutting heads of the first plurality of multi-axis robots (210, 220, 230, 240) simultaneously while the component is held in the first fixture; transporting the component from the first laser station to the second laser station using a gripper mounted on a multi-axis robot for gripping the component, the second laser station comprising a second fixture and a second plurality of multi-axis robots (410, 420, 430, 440) including a laser cutting head, the second plurality of multi-axis robots being arranged on opposite sides of the second fixture; cutting a second plurality of areas of the component with the laser cutting heads of the second plurality of multi-axis robots (410, 420, 430, 440) simultaneously while the component is positioned on the second fixture; discharging the component from the second laser station to a discharging area. charging the component from a charging area to the first laser station, the first laser station comprising a first fixture, and a first plurality of multi-axis robots (210,220,230,240) including a laser cutting head, the first plurality of multi-axis robots being arranged on opposite sides of the first fixture; cutting a first plurality of areas of the component with the laser cutting heads of the first plurality of multi-axis robots (210, 220, 230, 240) simultaneously while the component is held in the first fixture; transporting the component from the first laser station to the second laser station using a gripper mounted on a multi-axis robot for gripping the component, the second laser station comprising a second fixture and a second plurality of multi-axis robots (410, 420, 430, 440) including a laser cutting head, the second plurality of multi-axis robots being arranged on opposite sides of the second fixture; cutting a second plurality of areas of the component with the laser cutting heads of the second plurality of multi-axis robots (410, 420, 430, 440) simultaneously while the component is positioned on the second fixture; discharging the component from the second laser station to a discharging area.