Åsa Claesson
Department Manager
Fiber Photonics
asa.claesson(at)acreo.se
ph: +46 650 366 06
One of the most important industries in Sweden is the process industry. At the same time it consumes a significant amount of energy which effects both environment and economy. Picture the possibility to make it eco-friendly and more profitable at the same time? At Acreo we can, and we do.
This is just one of countless areas where our expertise within Fiber Optics makes a difference.
Acreo has been active within fiber optics since the early 1990s. Our expertise covers the entire range of Fiber Optic technologies from manufacturing of specialty fiber, through designing and making components and fiber optic sensors, to complete system solutions with fiber optics as an integral part.
Want to turn tomorrow's challenges to future solutions? Welcome to Acreo, we have the expertise and the lab facilities. Visit us in Kista or Hudiksvall or give us a call.
How can Fiber Optics improve healthcare or the environment? Walter Margulis, one of Sweden’s most well-known scientists in fiber optics answers some hot questions in this interview.
The spin-out company Fibertronix serves an international market with specialty optical fiber, primarily targeting harsh enviroment sensing solutions.
A process for making optical fibers coated with hermetic carbon, combined with polyimides or high temperature acrylate, was developed within Acreo Fiber Optic Center.
Proximion, a spin-out from Acreo, is the leading provider of components and subsystems based on Fiber Bragg Gratings (FBGs).
Acreo has a wide range of fiber optic instrumentation and measurement systems, and a laboratory for R&D in fiber optic components and applications.
Fiber Bragg gratings (FBGs) are in-fiber mirrors. They are a workhorse of fiber optic sensing technology, as well as an indespensible tool in telecom.
Laboratory for research, development and production of specialty preforms, specialty fibers and cables.
The European project CHARMING aims at developing compact and fully fibred visible lasers for fluorescence spectroscopy and other biomedical applications.
Automatic and accurate scrap metal sorting in recycling plants is a challenge with large potential savings in economy and environment. LIBS technique provides one key ingredient.
Fiber optic solar lighting systems can provide natural daylight in buildings, road tunnels, parking garages, and other buildings.
With a fiber optic probe, we measure distances with a precision of 20 nanometer.
In a collaboration with LKAB, SSAB, Swerea Mefos and others, we develop online monitoring of temperature and process conditions in blast furnaces or steel converters.
Acreo and KTH developed unique technology for all-fiber high-speed control of polarization. Applications are found in e.g. q-switching of lasers,
Understanding the mechanisms of photodarkening enable fiber lasers with higher powers and longer operating lifetimes. In this research project, we provided, for the first time, an full explaination to the process.
Malmström, M., Margulis, W., Tarasenko, O., Pasiskevicius, V., and Laurell, F.
, "Soliton generation from an actively mode-locked fiber laser incorporating an electro-optic fiber modulator",Optics Express, 20 (3), 2905.
, 2012. AbstractMontiel i Ponsoda, J.J., Bosund, M., Norin, L., Söderlund, M., Ye, C., Tervonen, A., and Honkanen, S.
, " Atomic layer deposition for fabrication of ytterbium doped fiber",Photonics West 2012, Proceedings of SPIE Vol 8237: Fiber Lasers IX: Technology, Systems, and Applications
, 2012.Candiani, A., Konstantaki, M., Pissadakis, S., Sterner, C., Margulis, W.
, "Microstructured optical fibre Bragg grating modulator employing an infiltrated ferrofluid",BioPhotonics 2011, Parma, Italy. June 2011.
, 2011.Candiani, A., Margulis, W., Sterner, C., Konstantaki, M., and Pissadakis, S.
, "Phase-shifted Bragg microstuctured optical fibre grating utilizing infiltrated ferrofluidics",Optics Letters 36(13), p 2548-2550
, 2011. AbstractCandiani, A., Margulis, W., Sterner, C., Konstantaki, M., Childs, P., and Pissadakis, S.
, "A vectorial magnetometer utilising a microstructured optical fibre Bragg grating infiltrated by a ferrofluid",CLEO/Europe and EQEC 2011, paper CH6_3, Munich, Germany.
, 2011. AbstractAcreo is part of Swedish ICT together with IMEGO, Interactive Institute, Santa Anna, SICS and Viktoria Institute.