Thermal strippers remove fiber coatings cleanly without scratching the glass, which is key for strong, low-loss splices. Compare four popular models for single fiber and ribbon fiber work.
G.652D, G.657A and G.654E are the most common single-mode fibers in modern networks. Learn how they differ, where each is used, and how to splice them together with low loss.
High splice loss usually traces back to fiber preparation, alignment, arc conditions or testing. Use this 10-point troubleshooting guide to isolate the cause and improve first-pass splice quality.
A clean cleave is the #1 factor behind low splice loss. We compare four popular precision cleavers, Sumitomo FC-8R, FITEL S327A, Fujikura CT50 and COMWAY CC-03, by blade life, workflow, price and best use case.
A practical field guide to ribbon fusion splicing, including how ribbon splicers work, the complete preparation and splicing workflow, single-fiber ribbonizing, tools, troubleshooting, and a project-ready acceptance checklist.
Comparing the top 3 one-step fiber cleavers of 2026: Sumitomo FC-8R, Comway CC-03, and FITEL S326. Find out which cleaver suits your FTTH, backbone, or data center splicing needs.
Poor cleave quality is the #1 cause of high splice loss. This maintenance guide covers daily cleaning, blade rotation schedules, and inspection techniques to keep your cleaver performing at spec.
