Innovation
Stacked Fiber Bundle (SFB)
A stacked fiber bundle (SFB) incorporates hydrogen-loaded, carbon-coated fibers that are highly resistant to solarization. These fibers are designed to maintain high transmission and durability when subjected to deep UV light, particularly from pulsed deep UV laser sources, over long durations. SFB technology is versatile and can be applied in various fields that require light transmission in deep UV spectral regions, such as medicine, quality control, UV curing, and process analysis.
4 different bundle end-treatment technologies
In this brochure you will find schematic diagrams and photos of real assemblies and refraction index profile diagrams. We describe the results of research into different end-treatment technologies and provide graphs showing changes in transmission depending on the numerical aperture (NA) at which the light gets coupled at the bundle end.
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Outstanding purity of High OH content fused silica material guaranties excellent transparency at UV-VIS wavelengths making Lightguide ZLDUV…CPH fibers first choice for unlimited applications. Silica/silica structure of this fiber type provide the highest optical performance all through number of parameters – from transmission to damage threshold level. THIS FIBER IS HYDROGEN SATURATED and COATED WITH HERMETICAL CARBON LAYER. Hydrogen reacts with defects coused by UV exposure ensuring superior transmission
This leaflet presents AgI/Ag hollow core fiber for 10.6µm wavelength for medical and industrial applications. The technology for mass production of new fiber was developed in-house by Lightguide, and we are receiving more and more positive feedback from the market about this innovative material.
Lightguide supplies precision custom-made capillaries with polyimide jackets for analytical equipment.