A device for transferring at least partly ferromagnetic electronic components from a dispensing carrier to a receiving substrate , wherein the device comprises: a first holding fixture for the dispensing carrier , which is configured and arranged to hold at least partly ferromagnetic electronic components on the side of the carrier facing the substrate , and wherein the first holding fixture is located at a predetermined distance from a second holding fixture for the receiving substrate , which is configured and arranged to receive one of the components at a place predetermined for this on the substrate , and a detachment unit (7, 7**), which is configured and arranged at least to support a detachment of one of the components in each case from the carrier , in order to transfer it to the substrate , as well as a magnetic arrangement (8; 8*; 8**), which is to be positioned relative to the second holding fixture for the substrate so that a magnetic field (9; 9*; 9**) produced by it exerts a magnetic attraction force directed from the carrier towards the substrate on the component , at least during the transfer of the component , wherein the attraction force at least supports a placement of the component onto the place predetermined for this on the substrate , characterized in that the detachment unit (7; 7**) for detaching the components attached to the carrier from the carrier is a laser that is controllable in its intensity, and a mirror arrangement of one or more movable mirrors and at least one mirror positioning actuator are provided, wherein the mirror positioning actuator is adapted to move and/or to swivel at least a single mirror of the mirror arrangement to reflect an emitted laser beam of the detachment unit (7; 7**). a first holding fixture for the dispensing carrier , which is configured and arranged to hold at least partly ferromagnetic electronic components on the side of the carrier facing the substrate , and wherein the first holding fixture is located at a predetermined distance from a second holding fixture for the receiving substrate , which is configured and arranged to receive one of the components at a place predetermined for this on the substrate , and a detachment unit (7, 7**), which is configured and arranged at least to support a detachment of one of the components in each case from the carrier , in order to transfer it to the substrate , as well as a magnetic arrangement (8; 8*; 8**), which is to be positioned relative to the second holding fixture for the substrate so that a magnetic field (9; 9*; 9**) produced by it exerts a magnetic attraction force directed from the carrier towards the substrate on the component , at least during the transfer of the component , wherein the attraction force at least supports a placement of the component onto the place predetermined for this on the substrate , characterized in that the detachment unit (7; 7**) for detaching the components attached to the carrier from the carrier is a laser that is controllable in its intensity, and a mirror arrangement of one or more movable mirrors and at least one mirror positioning actuator are provided, wherein the mirror positioning actuator is adapted to move and/or to swivel at least a single mirror of the mirror arrangement to reflect an emitted laser beam of the detachment unit (7; 7**). <EOS>