The Fujikura 90R is a state-of-the-art ribbon fiber fusion splicer designed for high-volume fiber optic installations. With advanced core-to-core alignment technology, fast splicing times, and automatic fiber handling, the ...
The Sumitomo TYPE-82M12 is a high-performance ribbon fiber fusion splicer designed to splice up to 12-fiber ribbons with exceptional speed, precision, and reliability. As an upgrade to the trusted ...
The 90S+ is a core alignment fusion splicer, setting a new standard in the market for fusion splicing. The 90S+ is packed with a whole host of new and enhanced features, specifically developed ...
The Sumitomo TYPE-82C+ is a high-performance, core-aligning fusion splicer designed for rapid and precise splicing of various optical fibers. With advanced features like NanoTune™ technology and dual independent ovens, ...
The Fujikura 45S is a cladding alignment fusion splicer designed for small to mid-fiber count applications. It introduces a landmark improvement by allowing simultaneous preparation and loading of both ...
The RS03 Fujikura Thermal Stripper is a next-generation precision tool designed for clean, efficient, and damage-free stripping of optical ribbon fibers. Built with enhanced durability and precision, the RS03 ...
The RS02 Fujikura Thermal Stripper is a professional-grade tool designed for precise and reliable stripping of optical ribbon fibers. Engineered by Fujikura, a trusted name in fiber optic technology, ...
The FUJIKURA CT50 cleaver offers enhanced drop impact resistance compared to other existing cleavers and allows workers to replace the cleaving blade, providing customers with a drastic reduction in ...
Sumitomo FC-6S Optical Fiber Cleaver The Sumitomo FC-6S is a high-precision optical fiber cleaver designed for single-fiber applications. Renowned for its durability and accuracy, this bench-top cleaver is ideal ...
The CT16 fiber cleaver is designed for FTTH or other space-constrained applications where ergonomics and durability are key. It allows users to cleave two bare fibers simultaneously when paired ...
