GLOphotonics designs and produces gas-phase photonic components based on an innovative hollow-core micro-structured optical fiber technology

Colors of different technologies Hollow-Core Photonic Crystal Fiber technology

Technology : 2 building blocks

Hollow-Core Photonic Crystal Fiber technology

Hollow-Core Photonic Crystal Fiber

Hollow-Core Photonic Crystal Fiber (HCPCF) stands out by guiding light in a hollow channel surrounded by a microstructured cladding.
GLO is a pioneering industrial player in this field by offering its partners varied and bespoke HCPCF.

Photonic Micro-cell - Hollow-Core Photonic Crystal Fiber technology

Photonic Micro-Cell

A Photonic Micro-Cell (PMC) is a length of HCPCF filled with a gas in a controllable fashion and hermetically sealed.
PMC offers strong gas-light interaction.

Multi-sectorial products

Hollow core photonic crystal fiber
BEAM DELIVERY
PULSE COMPRESSION
Frequency conversion & Lasers
Quantum technology
TELECOM
TECHNOLOGY SOLUTIONS
Hollow-Core Photonic Crystal Fiber technology

Hollow-Core Photonic Crystal Fiber
& Photonic Microcell™

Explore boundless possibilities of Hollow-Core Fibers and Photonic Microcell

BEAM DELIVERY

BEAM DELIVERY MODULES

Extensive portfolio of beam delivery modules for ultra-short and high-power lasers

PULSE COMPRESSION & SPECTRAL BROADENING

FastLas

Scalable, versatile and strong USP compression based on IC-HCPF and PMC™ technology

Frequency conversion & lasers

CombLas

High spectral density comb generators for UV and visible [350-950nm] spectral ranges.

Quantum technology

QUANTUM TECHNOLOGY

The key enabling partner for quantum technology

TELECOM

Cutting-edge hollow-core fibers revolutionize high-speed telecom networks

TECHNOLOGY SOLUTIONS

Unlock your innovation with hollow-core fiber for groundbreaking solutions

U 3 Multi-sectorial products

Hollow core photonic crystal fiber

Exploring Boundless Possibilities of Hollow-Core Fibers and photonic microcell

Hollow-Core Photonic Crystal Fiber technology

 

Beam delivery

Extensive portfolio of beam delivery modules for ultra-short and high-power lasers

Beam delivery - Hollow-Core Photonic Crystal Fiber technology

 

Pulse compression

Scalable, versatile and strong USP compression based on IC-HCPF and PMC™ technology

Pulse compression - Hollow-Core Photonic Crystal Fiber technology 

Frequency conversion & lasers

High spectral density comb generators for UV and visible [350-950nm] spectral ranges.

Frequency conversion & lasers - Hollow-Core Photonic Crystal Fiber technology 

Quantum technology

The key enabling partner for quantum technology

Quantum technology - Hollow-Core Photonic Crystal Fiber technology 

Telecom

Cutting-edge hollow-core fibers revolutionize high-speed telecom networks

Telecom - Hollow-Core Photonic Crystal Fiber technology 

Technology solutions

Unlocking your innovation with hollow-core fiber for groundbreaking solutions

Technology solutions - Hollow-Core Photonic Crystal Fiber technology 

GLO offers added value products
and solutions for multisectorial markets.

Drawing towers

Clean rooms

years of experience

Technical & scientific communications

French company Glophotonics - Hollow-Core Photonic Crystal Fiber technology

GLOphotonics is a French company based in Limoges

 

GLO has been established to commercialize Hollow-Core Photonic Crystal Fiber (HCPCF) and their functionalized form Photonic Microcells™ (PMC). GLO products are built upon its proprietary and disruptive specialty fiber technology and gas photonics.

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From our blog

EPIC Photonics for Quantum Technology at Quantum Effects

EPIC Photonics for Quantum Technology at Quantum Effects

#Event GLOphotonics will be attending EPIC - EUROPEAN PHOTONICS INDUSTRY CONSORTIUM event on Photonics for Quantum Technology, on the 8th of october,2024 at Messe Stuttgart. And GLOphotonics' team member, Devang Naik, will have a talk in SESSION 3 – Quantum Sensing....

V-Mag

V-Mag

#EuropeanProject #VMag 👏 GLOphotonics' team member Devang Naik attended #VMag kick-off meeting on August 22-23, 2024 at the University of Mainz. "VMag's challenges:- the capability to measure 3D vector magnetic field direction in a single-axis geometry,- to...