Multimode Fibers

Higher transmission than PCS-Fibers between 180 nm and 300 nm
High core to clad ratio availale for high efficiency bundles
Specialty coatings available for high temperatures, high vacuum and harsh chemicals environments
Biocompatible materials
Sterilizable by ETO, steam, e-beam, gamma radiation
Radiation resistant
Laser damage resistant
Special fibers available for the lower UV range
Special fibers available for broadband UV applications
Improved solarisation resistance and extra stability of our UVS-fibers

Core/clad ratio: 1.1 (standard)
Numerical aperture: 0.22 ± 0.02 (standard)
Operation wavelength range: 180 nm to 1100 nm
Proof test level (bend method): 70 kpsi (only fiber), 100 kpsi (Nylon, ETFE, Acrylate)
Bend radius: momentary 100 times the fiber radius long term 600 times the fiber radius
Laser damage threshold: > 50 mJ/mm2 (XeCl, 25 ns pulse at 248 nm) >150 mJ/mm2 (XeCl, 30 ns pulse at 308 nm)
Radiation induced attenuation: < 10 dB/km at dose values above 1 Mrad

Very good transmission between 1500 nm and 2400 nm
Higher transmission than PCS-Fibers at 1500-2400 nm
Broad useful spectral transmission range
Specialty coatings available for high temperatures, high vacuum and harsh chemicals environments
Biocompatible materials
Sterilizaable by ETO, steam, e-beam, gamma radiation
Radiation resistant
Laser damage resistant

Core/clad ratio: 1.1 (standard)
Numerical aperture: 0.22 ± 0.02 (standard)
Operation wavelength range: 350 nm to 2400 nm
Proof test level (bend method): 70 kpsi (Polyimid), 100 kpsi (Nylon, ETFE, Acrylate)
Bend radius: momentary 100 times the fiber radius long term 600 times the fiber radius
Laser damage threshold: > 5 J/mm2 (XeCl, 25 ns pulse at 248 nm) > 5 J/mm2 (Nd:YAG, 1ms pulse at 1060 nm) > 1.3 kW/mm2 (Nd:YAG, cw at 1060 nm)

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