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# Le Verre Fluoré

Le Verre Fluoré, Fluoride Glass Experts: mid IR fiber, glass fiber, single mode, multimode optical fiber

## Sitemaps

- [XML Sitemap](https://leverrefluore.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Articles

- [News](https://leverrefluore.com/company/news/)
- [Offre d’emploi : Technicien-Technicienne optique-photonique](https://leverrefluore.com/offre-demploi-technicien-technicienne-optique-photonique/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : – Technicien/Technicienne optique-photonique Le/la future employé(e) rejoindra une équipe de production et assurera l’assemblage et la qualification de dispositifs en fibres optiques. Le poste en CDI, basé à Bruz (35), est à pourvoir dès maintenant. Transmettre CV et motivation à : candidature@leverrefluore.com #emploi #photonique #Bretagne
- [LVF - Nouvelle Offre d'Emploi](https://leverrefluore.com/lvf-nouvelle-offre-demploi/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur :– Opérateur/Opératrice intégration/qualification fibres optiquesLe poste, basé à Bruz (35), est à pourvoir dès que possible.Transmettre CV et motivation à recrutement@leverrefluore.com#emploi #photonique #Bretagne
- [Offre d’emploi : Technicien-Technicienne chimie-verre](https://leverrefluore.com/offre-demploi-technicien-technicienne-chimie-verre/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : – Technicien/Technicienne chimie-verre Le/la future employé(e) rejoindra une équipe de production et assurera la fabrication et mise en forme du verre, de la fabrication et la caractérisation de fibres optique. Le poste en CDI, basé à Bruz (35), est à pourvoir dès maintenant. Transmettre CV et
- [Offre d'emploi : Opérateur-opératrice intégration/qualification fibre optique](https://leverrefluore.com/offre-demploi-operateur-operatrice-integration-qualification-fibre-optique/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : – Opérateur-opératrice intégration/qualification fibre optique Le/la future employée rejoindra le pôle Qualification-Intégration, il/elle assurera la qualification laser de fibres optique ainsi que leur intégration sous forme de câbles . Le poste en CDI, basé à Bruz (35), est à pourvoir dès que possible. N'hésitez pas à
- [Offre d'emploi : technicien(ne) électromécanique](https://leverrefluore.com/lvf-nouvelle-offre-demploi-4/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : – Technicien(ne) électromécanique. Le/la future employée rejoindra le pôle chimie/mécanique, il/elle assurera en binôme la maintenance et le développement de l’outil industriel de l’entreprise. Le poste en CDI, basé à Bruz (35), est à pourvoir dès que possible. N'hésitez pas à postuler en envoyant votre CV
- [LVF - nouvelle offre d'emploi](https://leverrefluore.com/lvf-nouvelle-offre-demploi-3/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : – Ingénieur(e) commercial(e). Le/la future employé(e) rejoindra l'équipe commerciale existante afin de renforcer notamment la prospection à l'internationale et contribuer à la croissance de l'entreprise. Le poste en CDI, basé à Bruz (35), est à pourvoir dès que possible. N'hésitez pas à postuler en envoyant votre
- [LVF - nouvelle offre d'emploi](https://leverrefluore.com/lvf-nouvelle-offre-demploi-2/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : – Technicien/Technicienne chimie-verre Le/la future employé(e) rejoindra une équipe de production de fibres optiques utilisées pour fabriquer des lasers médicaux. Le poste en CDI, basé à Bruz (35), est à pourvoir dès juin 2024. Transmettre CV et motivation à recrutement@leverrefluore.com #emploi #photonique #Bretagne
- [[TRADE SHOW] LVF at SPIE Photonics Europe, Strasbourg, April 9-10, 2024](https://leverrefluore.com/trade-show-lvf-at-spie-photonics-europe-strasbourg-april-9-10-2024/) - Le Verre Fluoré will be exhibiting at Photonics Europe in Strasbourg, April 9-10, 2024. Contact us to schedule an appointment and meet our team at our booth #506P. We look forward to seeing you there ! 👉 Discover our multimode zirconium fluoride fibers and multimode indium fluoride fibers for spectroscopy applications. 👉 Discover our multimode germanate fibers for
- [[EVENT] 50th Anniversary of the Discovery of Fluoride Glasses, Rennes, March 11-13, 2024](https://leverrefluore.com/event-50th-anniversary-of-the-discovery-of-fluoride-glasses-rennes-march-11-13-2024/) - Le Verre Fluoré is happy to announce the 50th Anniversary of the Discovery of Fluoride Glasses Symposium [50YFG] that will take place in Rennes, March 11-13, 2024.This symposium, organized by Equipe Verres et Céramiques de l’Institut des Sciences Chimiques de Rennes and LVF, intents to review the state of art of both knowledge and applications
- [[TRADE SHOW] LVF at SPIE Photonics West, San Francisco, January 30- February 1, 2024](https://leverrefluore.com/trade-show-lvf-at-spie-photonics-west-san-francisco-january-30-february-1-2024/) - Le Verre Fluoré will be exhibiting at PhotonicsWest in San Francisco, January 30 – February 01, 2024. Contact us to schedule an appointment and meet our team at our booth #2061. Our sister company LumIR Lasers will also share our booth ! We look forward to seeing you ! #fibers #fluoride #germanate #bundles #cables #bulks #filters #solutions #lasers #UV
- [Une nouvelle technologie pour révolutionner la détection de polluants par fibre optique](https://leverrefluore.com/une-nouvelle-technologie-pour-revolutionner-la-detection-de-polluants-par-fibre-optique/) - La SATT Conectus (67) et la société Le Verre Fluoré (35) signent une licence exclusive pour l’exploitation mondiale d’une technologie innovante développée par le Laboratoire de recherche publique ICube à l’INSA Strasbourg et le Laboratoire LOA-IOMP de l’Université de Ferhat Abbas Sétif (Algérie). Cette innovation doit permettre de concevoir, grâce à l’intégration de micro-lentilles, de
- [[TRADE SHOW] LVF at LASER World of Photonics, Munich, June 27 -30, 2023](https://leverrefluore.com/lvf-at-laser-world-of-photonics-munich-june-27-30-2023/) - Le Verre Fluoré will exhibit again at LASER World of PHOTONICS in Munich from June 27 to 30, 2023. We are looking forward to seeing you at our booth A2 222/4 ( French Pavillon). Book already an appointment with our team via our exhibitor page or by email at sales@leverrefluore.com. #lasermunich #LASERWorldOfPHOTONICS #laser #UV #visible #infrared #midinfrared #MidIR #bulks
- [LVF  germanate multimode fibers  now available for large quantities orders](https://leverrefluore.com/lvf-germanate-multimode-fibers-now-available-for-large-quantities-orders/) - We are happy to inform medical laser manufacturers and the photonics community that we are now able to deliver significant quantities of our germanate fibers.These fibers exhibit a high power handling and chemical stability around 2.7-3.0 µm, and are the fibers of choice for power handling and pigtailing of Er:YAG /Er,Cr:YSGG lasers used in dentistry
- [LVF at SPIE Photonics West, San Francisco, January 31- February 2, 2023](https://leverrefluore.com/lvf-at-spie-photonics-west-san-francisco-january-31-february-2-2023/) - Le Verre Fluoré will be exhibiting at PhotonicsWest in San Francisco, January 31 – February 02, 2023. Contact us to schedule an appointment and meet us at our booth #2154. Our sister company LumIR Lasers will also share our booth ! We look forward to seeing you ! #fibers #fluoride #germanate #bundles #cables #dyes #solutions #lasers #UV #visible #infrared #midIR
- [LVF recrute de nouveau!](https://leverrefluore.com/lvf-recrute-de-nouveau-2/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur :– Opérateur/Opératrice conception et maintenance de l’outil industrielLe poste, basé à Bruz (35), est à pouvoir à partir de janvier 2023Transmettre CV et motivation à recrutement@leverrefluore.com.
- [LVF recrute de nouveau!](https://leverrefluore.com/lvf-recrute-de-nouveau/) - Afin d’accompagner sa croissance, LVF recrute à nouveau deux collaborateurs :– Opérateur/Opératrice chimie– Technicien/Technicienne chimie-verreLes postes, basés à Bruz (35), sont à pourvoir dès que possible.Transmettre CV et motivation à recrutement@leverrefluore.com.
- [LVF recrute toujours!](https://leverrefluore.com/lvf-recrute-toujours/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : - Opérateur/Opératrice intégration/qualification fibres optiques Le poste, basé à Bruz (35), est à pourvoir dès que possible. Transmettre CV et motivation à recrutement@leverrefluore.com.
- [[Advertorial] [IYOG2022] LVF glasses and fiber optics, key technologies of the 21st century](https://leverrefluore.com/advertorial-iyog2022-lvf-glasses-and-fiber-optics-key-technologies-of-the-21st-century/) - On the occasion of the International Year of Glass, discover how LVF glass technology enables the realization of innovative solutions that respond to challenges of the 21st century, by reading our advertorial published in the last issue of Photoniques, the magazine of the French Optical Society. Download the advertorial.
- [LVF recrute encore!](https://leverrefluore.com/lvf-recrute-encore/) - Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : - Responsable administratif et financier Le poste, basé à Bruz (35), est à pourvoir dès que possible. Transmettre CV et motivation à recrutement@leverrefluore.com.
- [LVF recrute !](https://leverrefluore.com/lvf-recrute-3/) - Afin d’accompagner sa croissance, LVF recrute deux nouveaux collaborateurs:un(e) opérateur/opératrice chimieun(e) technicien/technicienne chimie-verre Les deux postes, basés à Bruz (35), sont à pourvoir dès que possible.Transmettre CV et motivation à recrutement@leverrefluore.com.
- [[TRADE SHOW] LVF at LASER World of Photonics, Munich, April  26 -29, 2022](https://leverrefluore.com/trade-show-lvf-at-laser-world-of-photonics-munich-april-26-29-2022/) - LASER World of PHOTONICS in Munich is approaching!! We are looking forward to seeing you at this major event for the photonics industry. Our team will welcome you at our booth B4 121/7 (French Pavillon). Book already an appointment with our team via our exhibitor page or via our contact page. 🤝 We look forward to
- [[PROJECT] LVF is industrial partner of the French SIMBADE telecom project](https://leverrefluore.com/project-lvf-is-industrial-partner-of-the-french-simbade-telecom-project/) - The SIMBADE project is one of the seven initiatives selected from the French Government as part of the « 5G Acceleration Strategy and Networks of the Future » program, and will receive funding from Direction Générale des Entreprises. The SIMBADE project aims to increase the exploitable bandwidth in DWDM transmission systems through the development of
- [[PRODUCT] Le Verre Fluoré offers a wide range of fiber patch cables, bundles and probes !](https://leverrefluore.com/product-le-verre-fluore-offers-a-wide-range-of-fiber-patch-cables-bundles-and-probes/) - Many customers keep asking us if we manufacture patch cables and bundles. Stop wondering. The answer is YES ! We provide high quality fibers patch cables and bundles that meet customers high standards, covering a large number of applications where a flexible and robust mechanism for light delivery or light detection is needed. Any of
- [Le Verre Fluoré speaks at the Opening Ceremony of the International Year of Glass !](https://leverrefluore.com/le-verre-fluore-speaks-at-the-opening-ceremony-of-the-international-year-of-glass/) - [EVENT] The United Nation has declared 2022 as the International Year of Glass! The Opening Ceremony will take place this week in Geneva (Feb 10 -11). The two-day event will be hosted at the Palace of Nations and will feature several presentations from world-class speakers. Samuel Poulain, CEO of Le Verre Fluoré, will present
- [LVF at SPIE Photonics West, San Francisco, January 25 -27, 2022](https://leverrefluore.com/lvf-at-spie-photonics-west-san-francisco-january-25-27-2022/) - Le Verre Fluoré will be exhibiting at PhotonicsWest in San Francisco, January 25 -27, 2022. Contact us to schedule an appointment and meet us at our booth #3079. We look forward to seeing you ! #fibers #bundles #cables #dyes #solutions #UV #visible #infrared #midIR #infraredopticalfibers #photonics
- [Le Verre Fluore reduces the prices of its standard multimode fibers and patch cables. Prices drop up to 20% !](https://leverrefluore.com/le-verre-fluore-reduces-the-prices-of-its-standard-multimode-fibers-and-patch-cables-price-drop-up-to-20/) - [BREAKING NEWS] While raw materials and energy prices increase, Le Verre Fluore decides to reduce the prices of its standard multimode fibers and patch cables ! Our objective is, not only to provide customers with the best and most tranparent fluoride fibers on the market, but also to make them more cost effective in the
- [LVF adds germanate multimode fibers to its products portfolio](https://leverrefluore.com/lvf-adds-germanate-multimode-fibers-to-its-products-portfolio/) - Discover our new range of germanate GeO2 multimode fibers. These fibers exhibit a high power handling and chemical stability around 2.7-3.0 µm. Typical pulse energy handling of 600 mJ at 2.78 µm, typical optical losses are < 300 dB/km @ 2.78µm and < 500 dB/km @ 2.94µm. They are the fibers of choice for power
- [LVF recrute !](https://leverrefluore.com/lvf-recrute-2/) - Afin d’accompagner sa croissance, LFV recrute deux nouveaux collaborateurs:un(e) opérateur/opératrice chimie et fibres optiques un(e) opérateur/opératrice intégration/qualification fibres optiques Les deux postes, basés à Bruz (35), sont à pourvoir dès que possible.Transmettre CV et motivation à recrutement@leverrefluore.com.
- [LVF is member of the European project PASSEPARTOUT to measure air pollution in urban areas](https://leverrefluore.com/lvf-is-member-of-the-european-project-passepartout-to-measure-air-pollution-in-urban-areas/) - Since January 2021, LVF is part of the Horizon 2020 European project PASSEPARTOUT. The objective of this project is to develop and to deploy a network of miniature, hyperspectral optical based sensors, mounted on drones, vehicles and stationary devices, in order to monitor environmental air quality in urban areas. The project will help in combating
- [LVF recrute !](https://leverrefluore.com/lvf-recrute/) - Afin d’accompagner sa croissance, LFV recrute:un(e) opérateur/opératrice chimie et fibres optiques un(e) chargé(e) de conception et maintenance de l’outil industrielLes deux postes, basés à Bruz (35), sont à pourvoir dès que possible.
- [Germanate fibers: a new LVF product for high power mid-infrared laser beam transmission !](https://leverrefluore.com/news-germanate-fibers/) - Le Verre Fluoré is excited to announce the extension of its product portfolio with germanate fibers for high power mid-infrared laser beam transmission ! The LVF team is currently developing high quality germanate multimode fibers for mid-infrared power handling and pigtailing. With this new product, LVF aims to address Er:YAG and Ho:YAG laser pigtailing applications.
- [>1000 hours operating time all fiber 2-10 µm mid-infrared supercontinuum source!](https://leverrefluore.com/1000h-2-10µm-supercontinuum/) - Leukos, Le Verre Fluoré and SelenOptics are pleased to announce the achievement of a major milestone in the development of their compact all fiber mid-infrared supercontinuum source. The technology reached 1000 hours operating time, with a stable broadband 2-10 µm emission, a major performance that has never been previously published for this type of source.
- [Papers - SPIE Photonics West](https://leverrefluore.com/papers-spie-photonics-west-2020/) - Want to learn more about fluoride fibers and its applications ? LVF will be contributing to several papers at Photonics West 2020 in San Francisco. Mid-infrared detection of organic compounds with a 2-10µm supercontinuum source generated from concatenated fluoride and chalcogenide fibers Paper 11233-37, Sunday, February 2nd, 2:40 PM - 3:00 PM J. Troles,
- [SPIE Photonics West](https://leverrefluore.com/spie-photonics-west-2020/) - LVF will be exhibiting at Photonics West in San Francisco from February 4-6, 2020. Stop booth 5679 and learn more about our visible and mid-infrared solutions.
- [Laser World of Photonics 2019](https://leverrefluore.com/laser-world-of-photonics-2019/) - Only one month until Laser World of Photonics in Munich. Le Verre Fluoré is attending on Pavillon France, booth B3-423/8. Come and learn more about our UV, vis and mid-infrared solutions.
- [New fiber design for laser generation](https://leverrefluore.com/new-fiber-design-for-laser-generation/) - We completed our double cladding erbium doped fiber range with a polarization maintaining version. This fiber paves the way to ultra-short pulses 2.8 µm lasers for medical applications.
- [New range of low loss fluoroindate fibers](https://leverrefluore.com/new-range-of-low-loss-fluoroindate-fibers/) - Last year, months of development led to commercialization of low loss 7.5/125 singlemode fluoroindate fibers. Today, we are proud to announce the commercialization of an extended range of low loss fluoroindate singlemode fibers : 8.5/125 and 9.5/125.
- [PHAROS 2018](https://leverrefluore.com/pharos-2018/) - LVF will be at Pharos on 5-7 december in Bordeaux. Come and talk with us about very long distance LiDAR applications with our mid-IR fluoride fibers lasers.
- [SPIE Photonics West](https://leverrefluore.com/spie-photonics-west/) - LVF will be exhibiting at Photonics West in San Francisco from February 5-7, 2019. Stop booth 5472 and learn more about our mid-infrared solution.

## Pages

- [Le Verre Fluoré - Homepage - Fiber Solutions Mid-IR](https://leverrefluore.com/) - Le Verre Fluoré - Fiber Solutions provides the most transparent mid-infrared fibers of the market. - Ideal for medical, astronomy, spectroscopy systems.
- [Mode scrambling: vis up to 4.3 µm](https://leverrefluore.com/products/multimode-mid-ir-fibers/zfg-octogonal/) - Multimode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
- [Careers](https://leverrefluore.com/company/careers/) - Company Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Careers QUI SOMMES-NOUS ? Le Verre Fluoré (LVF) est une entreprise dynamique et innovante de plus de 25 collaborateurs, implantée en Bretagne, à proximité de Rennes.Forte de près de 50 ans d’expertise, LVF est reconnue mondialement comme un acteur de référence dans le domaine des fibres
- [Contact](https://leverrefluore.com/company/contact/) - Contact Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Contact A question about fluoride and germanate fibers ? Contact Le Verre Fluoré for expert advice The team of experts at Le Verre Fluoré is at your service to advise you about all aspects of its research and products, including fluoride glass and germanate fiber optics,
- [Bulk fluoride glasses](https://leverrefluore.com/products/bulk-fluoride-glasses/) - Bulk fluoride glasses Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers
- [Polarization maintaining fibers](https://leverrefluore.com/products/multimode-mid-ir-fibers/zfg-polarization-maintaining/) - Single Mode Fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers
- [Laser fibers](https://leverrefluore.com/products/single-mode-fibers/re-doped-single-mode-fiber/) - Single Mode Fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers
- [Amplifier fibers](https://leverrefluore.com/products/single-mode-fibers/o-band-and-s-band-amplification/) - Single Mode Fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers
- [Transmission and nonlinear fibers](https://leverrefluore.com/products/multimode-mid-ir-fibers/transmission-and-nonlinear-fibers/) - Single mode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers
- [Credits](https://leverrefluore.com/credits/) - Credits Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Credits Web Design: Fanny Marais, Graphic Designer – Freelance Web DesignWeb Development: Jonas Millet – Création de site internetCe site bénéficie d’un Forfait de maintenance WordPressPhotographs: ©Le Verre Fluoré
- [History](https://leverrefluore.com/company/history/) - Company Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm History An experiment that failed The serependious discovery of heavy metal fluoride glasses was the starting point of an extraordinary adventure. It took place in 1974 at Rennes University. The two brothers Michel and Marcel Poulain, researchers in the solid state chemistry department, were investigating new
- [GeO2: Er-YAG delivery](https://leverrefluore.com/products/multimode-mid-ir-fibers/fibers-for-eryag-lasers/) - Multimode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
- [Fluoroindate: vis up to 5.3 µm](https://leverrefluore.com/products/multimode-mid-ir-fibers/ifg-multimode/) - Multimode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
- [ZBLAN: vis up to 4.3 µm](https://leverrefluore.com/products/multimode-mid-ir-fibers/zblan-multimode/) - Multimode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
- [Single mode fibers](https://leverrefluore.com/products/single-mode-fibers/) - Single mode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers
- [Multimode fibers](https://leverrefluore.com/products/multimode-mid-ir-fibers/) - Multimode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
- [How to cleave a fluoride fiber](https://leverrefluore.com/scientific-world/tutorials/how-to-cleave-a-fluoride-fiber/) - Tutorials Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Scientific world Fluoride glasses Fluoride fibers General properties Supercontinuum generation fibers Laser generation and amplification fibers Tutorials How to strip a fluoride fiber How to cleave a fluoride fiber How to splice a fluoride fiber How to connectorize a fluoride fiber Publications How to cleave a
- [How to splice a fluoride fiber](https://leverrefluore.com/scientific-world/tutorials/how-to-splice-a-fluoride-fiber/) - Dedicated soft glass splicing workstation enable to work with ZBLAN or Indium fluoride glass fibers. Silica can also be spliced to soft glasses.
- [Politique de cookies (UE)](https://leverrefluore.com/politique-de-cookies-ue/)
- [Polycrystalline: 7 up to 17 µm](https://leverrefluore.com/products/multimode-mid-ir-fibers/polycrystalline-fibers/) - Multimode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
- [Chalcogenide: 4.2 up to 6.5 µm](https://leverrefluore.com/products/multimode-mid-ir-fibers/chalcogenide-fibers/) - Multimode fibers Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
- [Splices and end caps](https://leverrefluore.com/products/fiber-solutions/splices-and-end-caps/) - Fiber solutions Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Products Multimode fibers ZBLAN: vis up to 4.3 µm Fluoroindate: vis up to 5.3 µm GeO2: Er-YAG delivery Chalcogenide: 4.2 up to 6.5 µm Polycrystalline: 7 up to 17 µm Mode scrambling: vis up to 4.3 µm Single mode fibers Transmission and nonlinear fibers Amplifier
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- [Scientific](https://leverrefluore.com/?elementor_library=produit-3) - Fluoride Fibers General properties Learn more about our fluoride glass fibers specifications Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications. Find below some specifications of our multimode and
- [Article news](https://leverrefluore.com/?elementor_library=article-news) - News Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Article news 29/01/2019 Afin d’accompagner sa croissance, LVF recrute un nouveau collaborateur : – Technicien/Technicienne optique-photonique Le/la future employé(e) rejoindra une équipe de production et assurera l’assemblage et la qualification de dispositifs en fibres optiques. Le poste en CDI, basé à Bruz (35), est à pourvoir dès
- [Contact](https://leverrefluore.com/?elementor_library=produit-3-2) - Contact Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Contact IRguide, infrared fiber optic, fluoride glass: contact Le Verre Fluoré for expert advice The team of experts at Le Verre Fluoré is at your service to advise about all aspects of its research and products, including IRguide fluoride glass fiber optics, custom-designed infrared fiber optic
- [Company](https://leverrefluore.com/?elementor_library=produit-3-2-2) - History Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm History Sous-titre 1 The serependious discovery of heavy metal fluoride glasses was the starting point of an extraordinary adventure. It took place in 1974 at Rennes University. The two brothers Michel and Marcel Poulain, researchers in the solid state chemistry department, were investigating new fluoride complexes
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- [Application](https://leverrefluore.com/?elementor_library=produit-2) - Medical Home/Products/Multimode fibers/Mode scrambling: vis up to 4.3 µm Industry Research Medical Astronomy Medical Fluoride glass technology allows very efficient transmission and laser emission in mid-infrared. Grace of its properties, it also allows visible and infrared fluorescence that can replace liquid dyes. Er YAG laser fiber delivery :LVF has developed a high power endcaps that

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