FBGS - Tailored Fiber Optic Sensing Components & Solutions

How can we better understand the behaviour of large composite structures under real operating conditions? Fiber-optic shape sensing technologies have already demonstrated their value in demanding applications where precise information about the position and deformation of complex structures is essential. At FBGS, we are exploring how these capabilities could support future applications beyond the medical field – for example in structural testing, digital twins and structural health monitoring of advanced composite structures. High-resolution fiber optic sensing offers several unique advantages: Real-time shape and strain information Minimal impact on weight and structural properties Immunity to electromagnetic interference Seamless integration into complex environments As composite materials continue to play an increasingly important role in aerospace and other industries, new sensing approaches may help engineers gain deeper insights into structural behaviour and validate simulation models more efficiently. We are always interested in discussing new challenges and potential applications for fiber-optic shape sensing. Where do you see the biggest opportunities for shape sensing in future composite structures? #ShapeSense #FiberOpticSensing #StructuralHealthMonitoring #Composites #SmartStructures #DigitalTwin #Aerospace #FBG

We are expanding our activities in the US! FBGS is looking for additional support in Business Development and Sales to help us grow our presence in North America. Ideally, we are looking for someone based in the Midwest or on the East Coast with experience in photonics, fiber optic sensing, medical technology, industrial sensing, or related high-tech markets. If you know someone who could be a good fit — or if this sounds interesting to you personally — please feel free to reach out or connect us. Looking forward to hearing from my network. Eric #Hiring #BusinessDevelopment #Sales #Photonics #FiberOpticSensing #FBG #MedicalTechnology #IndustrialSensing #USA

Fiber optic sensing technology for cryogenic tanks in aviation The use of liquid hydrogen (LH₂) as an energy carrier is central to achieving climate-neutral aviation. However, its safe storage in CFRP cryogenic tanks at temperatures below 120 K requires higher specifications on materials, joining technologies, and monitoring systems. In particular, there is a lack of cryogenically compatible sensor systems that can be structurally integrated, as well as standardized testing and evaluation methods for their use in safety-critical tank structures. The objective of the SEHRKALT joint project is to collaboratively develop, integrate, and validate cryogenically compatible fiber Bragg grating sensors for CFRP cryogenic tanks monitoring. These are designed to enable high-precision temperature and strain measurements in the temperature range from 20 K to 120 K and to be permanently integrated into CFRP structures. In this way, SEHRKALT is laying the groundwork for a reliable SHM system for LH₂ tanks and supporting the adoption of hydrogen-based propulsion technologies in aviation. This research project (grant number 20M2436A) is funded by the Federal Ministry for Economic Affairs and Energy (BMWE) pursuant to a resolution of the German Bundestag as part of the Aviation Research Program (LuFo VII-1), for which we express our sincere gratitude. More information on the program here: https://lnkd.in/dQQ-TYkA Read the whole article here: https://lnkd.in/dxsAPnfj

What happens when Germany and Belgium - or more precisely Thuringia and Flanders - work together? Meeting of the semiconductor industry and photonics from Belgium and Germany March 12th, 2026 BeCentral, Brussels, Belgium “FBGS develops unique fiber optic sensing technologies by combining world-class optics expertise from Jena, Thuringia, with deep application know-how from our team in Geel, Flanders. Together, we enable our customers to create safer, healthier, and more sustainable solutions through next-generation optical fiber sensors.” - Dr. Eric Lindner, CEO of FBGS - Tailored Fiber Optic Sensing Components & Solutions On March 12th you will have the opportunity to experience the bond between the two regions focused on the photonics industry. Join the high-tech forum on March 12th in Brussels to meet Dr. Eric Lindner and participate in the debate. Registration link : https://lnkd.in/e9MVYa2q #HighTechForum #Photonics #BelgiumGermany #jena #optonet Germany Trade & Invest State Development Corporation of Thuringia - LEG Flanders Semiconductors AHK debelux - Deutsch-Belgisch-Luxemburgische Handelskammer

GO2S 2026: Guided Optics & Sensor Systems March 9 & 10, 2026 Lyon, France   Celebrating 40 years of the ARUFOG association and 18th edition of the GO2S® conference. Next week the FBGS - Tailored Fiber Optic Sensing Components & Solutions team will be travelling to France to the upcoming GO2S 2026: Guided Optics & Sensor Systems® Symposium.     The GO2S brings together key players in fiber optics, particularly sensor applications. All the more reason to attend and present our latest ground-breaking technology.   » Code-Division Multiplexing Interrogation with Optimized Draw Tower Gratings presented by Fabien Griffon     We are proud to introduce this technology for the first time in a conference: on March 10th, 2026 - 2 to 2.20 PM in the session “Advancements in Fiber Optic Sensing Systems” Focusing on new components and equipment, this session explores innovations in laser sources, detectors, instruments, and systems that improve detection performance and versatility.   Fabien and Bernhard will be more than happy to meet you in Lyon!   Conference program and registration here: https://lnkd.in/d5kTJFNG     #GO2S #ARUFOG #GO2S2026 #Photonics #FibreOptique #fiber #optic #sensing #Innovation

Happy Lunar New Year 2026 Year of the fire horse   The entire FBGS team wishes a happy and prosperous new year to everyone! May the year of the horse bring you and your family joy, good health and good fortune.   Enjoy the traditional Spring Festival!   #lunarnewyear

Strong for the region FBGS helps restore the Orlamünde primary school grand piano The indoor school sports hall was unusually loud this Friday afternoon. Shouts and high-pitched squeaking noises filled the air. Typical sounds for sports shoes and supporting voices. Tension and excitement were already there long before the gunshot started the charity run. After all, 250 people joined the event! Orlamünde. A small town in Thuringia about 25 km from Jena. Old school, old building, old grand piano. And every year, a new generation of school kids. Currently the primary school is being renovated and plans to reopen for the start of the school year 2027. Along with this comes another project: the restoration of the 120-year-old school’s grand piano. A center piece of its history, building and music lessons. The necessary funding was unfortunately missing, but the school came up with the idea of organizing a charity run. Each school kid would find a sponsor and each sponsor would donate for the run. This is how FBGS became sponsor of 1st grader Henry. Henry achieved some strong 42 rounds – making him third best runner in the entire school. His little brother Georg added 22 rounds - to reach a total of 64 rounds! We are proud to invest in a different way in the future of school kids in our region – through sports and music.

WHITE PAPER | 3D tip force sensing Our new technology presented in exclusivity   In minimally invasive and robotic interventions, knowing the amount of force applied at the distal tip of an instrument is essential. Excessive contact force can damage delicate tissues or the tool itself, while insufficient force may lead to ineffective or unstable operation.   However, the miniature scale and the constrained environment often make it extremely difficult to integrate conventional electronic sensors near the instrument tip.   FBGS - Tailored Fiber Optic Sensing Components & Solutions is now making its most advanced force sensing technology public.   Based on fiber Bragg gratings the ForceProbe® provides reliable force feedback for both axial (along the instrument axis) and lateral (perpendicular) forces detected with millinewton-level accuracy while also enabling temperature compensation and even shape sensing through the same fiber.   This capability turns FBG technology into an enabling platform for intelligent, miniaturised surgical instruments used in a wide range of next-generation interventional and robotic procedures.     Discover our latest white paper here: https://lnkd.in/erwMRDyg

OPEN POSITION We are looking for a senior process engineer for our glass fiber production.   First good news in 2026: we are #hiring again! Beside our production manager we are also looking for a senior engineer to support our growth in the glass fiber production.   Our new colleague will be in charge of optimizing and developing both the fiber drawing and the coating process in interdisciplinary teams.   If this speaks to you, do not hesitate to read the full job description and get in touch. If you know someone who fits the profile, please forward our post.   Read the full job description here: https://fbgs.com/jobs/

Happy New Year 2026!   The entire FBGS team wishes you a good start in 2026 as well as health, success and prosperity throughout the year.   We look forward to advance projects, push further collaborations and create innovative solutions with our customers, partners and teams.   2026 brings exciting times ahead of us.   #HappyNewYear #2026 FBGS - Tailored Fiber Optic Sensing Components & Solutions