Webinar Replay

In this FREE webinar, you will learn:

Presentation by Pierre Bourdon

Why do we need laser combining techniques for defense applications?
How does laser combining can relate to the multiplexing approaches developed for telecommunications?
What are the different techniques available for laser combining? What’s the difference between coherent and incoherent combination?
What is the state of the art in combining laser sources for defense? What are the best methods and configurations and the best results obtained today?
What are the issues and limitations of combining techniques?
What are the main prospects today in the development of combining techniques?

Presentation by Tangi Le Guennic

What are the combination solutions (coherent and incoherent) proposed by Cailabs and its technology?
How to realize high efficiency coherent combiners robust to phase lock and /or intensity fluctuation with an optimal output beam quality?
How to realize an optimal incoherent beam combiner with the MPLC?

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Overview

Title: Multiple beam laser combination based on the MPLC technique in the defense field

Duration: 40 minutes

Speakers

Tangi Le Guennic

Project & Product manager

at Cailabs

Tangi Le Guennic, who holds Master’s degrees in materials science and optics, is a project and product manager at Cailabs.

Tangi has a strong experience in R&D in developing optical sensors for aircraft systems as well as in industrial vision project management. At Cailabs, he works on the development and commercialization of innovative optical solutions for custom applications (defense, aeronautics, automotive, biomedical...).

Logo_Cailabs_Noir_Baseline

Pierre Bourdon pastille

Pierre Bourdon

Special advisor on "High power laser

for defense applications" at ONERA

Pierre Bourdon holds a Ph.D. degree in physics and optics.

After a few years as a researcher on solid-state laser sources and their applications and laser dazzling for the French MoD at Laser, he is now a researcher in the Optics Department, and Special Advisor on High Power Laser for Defense Applications at ONERA, the French Aerospace Lab, Palaiseau, France.

His main research interests are fiber lasers and coherent combining techniques.

About Cailabs' custom products

Cailabs has a unique technology for manipulating the shape of the light, called MPLC (Multi-Plane Light Conversion). MPLC was originally invented for multimode quantum optics, where lossless conversion of spatial modes is a key element.

It is based on the succession of transverse phase profiles, similar to highly complex lenses, separated by a specific propagation distance. MPLC is a very low loss process, which enables the combination and shaping of multiple light beams. The passive nature of this technology means it can be integrated in systems where reliability is critical.

Cailabs works closely with leading manufacturers to develop tailored or custom solutions in advanced manufacturing technology sectors (Defense, Aircraft, Space, Automotive, etc.).

Cailabs is therefore in a position to ensure that its components meet its partners’ specific requirements for integration in demanding environments (aeronautical wiring for Safran, industrial production, etc.) and complex systems (G-PON for existing fiber infrastructure for Tellabs, micro-machining for Amplitude Systèmes, etc.).

The “Cailabs inside” strategy makes it possible to maximize the impact of Cailabs’ innovative technology. Thanks to the combination of Cailabs’ technological expertise and its partners’ in-depth understanding of the issues at stake, these partnerships provide relevant solutions in innovative markets.

Multiple beam laser combination based on the MPLC technique in the defense field

What are the techniques used by Cailabs to realize high efficiency combiners with an optimal output beam quality?

In this FREE webinar, you will learn:

Webinar replay

Overview

Speakers

About Cailabs' custom products