LASER COMPONENTS is expanding its portfolio of high-performance and infrared fibers with two new product lines: metal-coated silica fibers and polycrystalline infrared fibers (PIR fibers). Both fiber types set new standards for demanding technical environments and applications such as industrial processing, sensor technology, spectroscopy, and medical systems. They offer outstanding performance, high mechanical robustness, and broad infrared transmission ranges.
PIR fibers are made from a specially engineered polycrystalline material with exceptionally high transparency. Their low attenuation enables excellent transmission even in the mid-infrared range. Metal-coated fibers, in contrast, are designed for environments where heat, cold, moisture, vacuum, or chemical exposure push conventional fibers to their limits.
»With these new fiber technologies, we are reaching an important milestone for applications that require the highest precision and maximum reliability,« says Florian Tächl, Product Manager at LASER COMPONENTS. »Our customers benefit from robust, durable solutions that deliver consistently strong performance even under extreme conditions.«
PIR fibers are made from a specially engineered polycrystalline material with exceptionally high transparency. Their low attenuation enables excellent transmission even in the mid-infrared range. Metal-coated fibers, in contrast, are designed for environments where heat, cold, moisture, vacuum, or chemical exposure push conventional fibers to their limits.
»With these new fiber technologies, we are reaching an important milestone for applications that require the highest precision and maximum reliability,« says Florian Tächl, Product Manager at LASER COMPONENTS. »Our customers benefit from robust, durable solutions that deliver consistently strong performance even under extreme conditions.«
