Heating station comprising a laser emitter
AssigneeSidel Participations
InventorsGuy FEUILLOLEY, Laurent DANEL, Anthony LE PECHOUR, Nicolas CHOMEL
Life of this patent
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Abstract
A heating station of a container manufacturing installation, the heating station having a plurality of laser emitters wherein each laser emitter includes a plurality of laser chips mounted on an external face of at least one support. In example embodiments, each laser chip includes at least one laser diode arranged to emit laser radiation in the infrared range in an emission direction substantially perpendicular to the external face of the support. In example embodiments, each laser diode includes at least two active regions stacked on one another in the emission direction, wherein each active region participating in the laser radiation emitted by said laser diode.
Claims12
A heating station of a container manufacturing installation, said heating station having a plurality of laser emitters, each laser emitter comprising a plurality of laser chips mounted on an external face of at least one support, each laser chip comprising at least one laser diode arranged to emit laser radiation in the infrared range in an emission direction substantially perpendicular to the external face of the support, characterized in that each laser diode comprises at least two active regions stacked on one another in the emission direction, each active region participating in the laser radiation emitted by said laser diode.
A container manufacturing installation comprising a heating station, the heating station comprising a plurality of laser emitters, each laser emitter comprising a plurality of laser chips mounted on an external face of at least one support, each laser chip comprising at least one laser diode arranged to emit laser radiation in the infrared range in an emission direction, the emission direction being substantially perpendicular to the external face of the support, wherein each laser diode comprises at least two active regions stacked on one another in the emission direction, wherein each active region participates in the laser radiation emitted by said laser diode.
A heating station of a container manufacturing installation, said heating station comprising a plurality of laser emitters, each laser emitter comprising a plurality of laser chips mounted on an outer face of at least one support, each laser chip comprising at least one laser diode arranged to emit laser radiation in the infrared range in an emission direction, the emission direction being perpendicular to the external face of the support, characterized in that each laser diode comprises at least two active regions stacked on one another in the emission direction, each active region participates in the laser radiation emitted by the laser diode.
Dependencies are inferred from the claim text.