LASER DIODE DEVICE AND PRODUCTION METHOD

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LASER DIODE DEVICE AND PRODUCTION METHOD - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240258765 titled 'LASER DIODE DEVICE AND PRODUCTION METHOD

The abstract describes a laser diode device with a housing that includes a transparent optical window, designed to shield the laser diode while allowing laser beams to transmit into the external environment.

Laser diode device includes at least one edge emitter laser diode.
Housing has a transparent optical window as a side wall to protect the laser diode.
The housing is hermetically sealed to shield the laser diode from the external environment.
Laser diode is indirectly fastened to the housing base.
Side walls and housing cover are made from multiple wafers, typically at least three.

Potential Applications: - Laser cutting and engraving machines - Medical equipment for laser surgery - Communication systems for optical data transmission

Problems Solved: - Protecting the laser diode from external elements - Ensuring efficient transmission of laser beams

Benefits: - Improved durability and longevity of the laser diode - Enhanced performance in various applications

Commercial Applications: Title: "Advanced Laser Diode Devices for Various Industries" This technology can be used in manufacturing, healthcare, and telecommunications industries for improved laser applications.

Questions about Laser Diode Devices: 1. How does the transparent optical window protect the laser diode?

  The transparent optical window shields the laser diode from external elements while allowing laser beams to transmit out.

2. What are the potential commercial applications of this laser diode device?

  This technology can be utilized in various industries such as manufacturing, healthcare, and telecommunications for enhanced laser applications.

Original Abstract Submitted

a laser diode device including at least one laser diode. the laser diode is an edge emitter. the laser diode device includes a housing having a transparent optical window, the transparent optical window being embodied as a first side wall of the housing. the housing is designed to shield the laser diode from an external environment of the laser diode device, in particular hermetically. the transparent optical window is designed to transmit at least one laser beam generated by the laser diode into the external environment. the laser diode is at least indirectly fastened to a base of the housing. the side walls of the housing and a housing cover situated opposite the housing base are produced from a multiplicity of wafers, in particular at least three.