A fusion splicer is used to join optical fibers, and the quality of the splice is reflected in the insertion loss it introduces, which largely depends on proper fiber preparation and the alignment technology used during the splicing process. Low splice loss, automated operation, and advanced Active Blade Management and Active Fusion Control technologies are key features of Fujikura fusion splicers, enabling greater efficiency, time savings, and reliable performance. Fusion splicers are classified according to their fiber alignment technology into cladding alignment and core-to-core alignment models, as well as by cable type into single fiber and ribbon fusion splicers.
Fujikura 45S fusion splicers are primarily designed for FTTH networks. They feature a compact and lightweight design, active fiber alignment based on the fiber cladding, and significantly faster operation thanks to the ability to simultaneously prepare and position the fibers.
Fujikura 41R models are ribbon fusion splicers designed for the simultaneous splicing of multiple fibers in ribbon cables.
The Fujikura 100S is a next-generation fusion splicer developed for fast, precise, and reliable optical fiber splicing. With its high performance, intuitive user interface, and rugged design, it delivers efficient operation in both laboratory and field environments. It is intended for professionals involved in the deployment, maintenance, and upgrade of FTTH, access, and transport optical networks, providing consistently high-quality splices and maximum productivity in everyday applications.
The Fujikura 100R ribbon fusion splicer features Intelligent Alignment Control technology, delivering more reliable and uniform splices by automatically adjusting fiber positioning, end-face gaps, and axis alignment across all fibers during the splicing process. It is designed for fast and precise simultaneous splicing of multiple fibers in ribbon cables, increasing productivity while ensuring consistently high splice quality in demanding optical network applications.
