Armadillo SIA offers non-circular core fibers, availble in rectangular, square, octagonal, and various core/clad geometries for applications where precision in the output beam shape and uniformity is crucial.

Superior performance and transmission from UV to MIR spectra: Armadillo SIA Standard Fused Silica fibers are available in a range of core/clad diameter ratios, numerical apertures, and coatings tailored to your specific application needs.

Armadillo SIA’s high numerical aperture optical fibers redefine possibilities in applications that rely on superior numerical aperture values. Numerical Aperture (NA) fundamentally influences optical fiber performance by determining its light-gathering ability and the amount of light that can be transmitted efficiently, crucial for achieving exceptional precision in various optical applications.

Specifically design for deep UV applications, our UV NSS fiber offers excellent solarization resistance and extra stability as well as improved performance in radiation environment for a wide variety of applications.

Our Specialty Optical Fibers excel in spectral transmission across an extensive range from 180nm to 18,000nm, featuring minimal optical losses and exceptional coupling efficiency. Available with numerical apertures spanning 0.06 to 0.57 and core diameters from 40 to 2000 µm, these fibers offer unparalleled versatility.

Manufacturing custom bundle configurations is our specialty. Our high-quality fiber optic bundles can be made with any fiber and your choice of several configuration possibilities. A number of connectors, including all standard connectors – or custom ferrules, machined in-house – are available.

Armadillo offers a diverse range of patch cables, pig-tails, and high-power cables tailored precisely to your needs. Our end-to-end control ensures adherence to the highest quality standards and fiber optic properties, including broad temperature tolerance, resistance to laser damage, specialized jackets for extreme conditions, consistent core/cladding ratios, and versatile lengths, all designed with non-magnetic, biocompatible materials and anti-reflective coating for optimal performance.