The Fujikura 88S+ is a high-performance single-core fiber optic fusion splicer designed for low-loss, reliable splicing with intelligent blade and splicing control technologies.

Key Features

Intelligent Splicing Control: The 88S+ uses real-time analysis of the fiber's brightness intensity to optimize fusion parameters, ensuring stable, low-loss splicing even if accidental fiber cuts occur during the process, reducing the need for re-splicing or rework . Active Blade Management: The splicer monitors blade life, automatically rotates or adjusts the cleaver blade when wear is detected, and informs the user when a blade replacement or adjustment is needed. This ensures consistent cleave quality and reduces operational errors . Advanced Image Processing: The device analyzes the brightness pattern of fiber end faces to accurately locate the core, achieving consistent low splice loss. Fiber retention clamps securely hold fibers in place during splicing . Compatibility and Convenience: The 88S+ supports loose tube optical fibers and can be paired with the CT50 fiber cleaver via wireless connectivity. It allows simultaneous connection to two cleavers, enhancing workflow efficiency . The electrode rod is manually replaceable, and sleeve alignment is simplified for ease of use .

Performance and Applications

The 88S+ is suitable for single-mode, multi-mode, and specialty fibers, including G.652 fibers. It is widely used in telecommunications, FTTH installations, and R&D applications where precise, low-loss splicing is critical . Its intelligent technologies allow it to maintain high performance even under varying environmental conditions . Efficiency Enhancements: Automatic mechanisms, such as fiber clamping and cover closing, reduce splicing time and improve operational efficiency. The splicer's workbench design and ergonomic features further support rapid, reliable splicing .

Summary

The Fujikura 88S+ fusion splicer combines intelligent splicing control, active blade management, and advanced image processing to deliver high-quality, low-loss fiber splicing. Its compatibility with various fiber types, wireless cleaver connectivity, and automated features make it a reliable choice for both field and laboratory applications, ensuring consistent performance and reduced rework.