Prepare armored and standard fiber cable for termination and splicing across backbone installations and mid-span access work with the AST-210 for armored fiber slitting and ringing, CST-1900 for standard jacket stripping across a wide range of outer diameters, and JIC-375 for precise multi-layer stripping of jackets, buffer layers, and coatings

Cut and slit fiber cable with the right tool for each material. JIC-186 cuts Kevlar and aramid yarn strength members cleanly in a single pass, JIC-63050 handles high-leverage cable cutting, KN-7 covers general cable splicing, and RCS-30 slits duct and cable with a ratcheting action. Eliminate frayed cuts, slow progress, and tool damage that comes from using the wrong cutter on high-strength fiber cable materials.

Separate individual ribbon fibers from multi-fiber ribbon cable for splice prep with RFS-100, then clean bare fiber before you cleave and connectors before you plug them in. Wet a DW-90 dry wipe with FCF-3 Fiber Optic Splice & Connector Cleaner to take off coating debris and oil, or use CWP-125 cotton swabs and FW-50 wet wipes. Remove contamination that causes insertion loss and splice failure across MPO backbone systems and high-density trunk cabling in hyperscale and enterprise environments.

FLS-50S verifies fiber link performance while VFL-150 locates gross faults quickly after installation. FPM-50S measures insertion loss on completed single-mode runs and tracing breaks, tight bends, and miswired ports as visible light without requiring full OTDR setup time.

Work through every hands-on task in the fiber installation workflow, SD-61 drives the full range of rack and panel fastener types, JIC-842 handles gripping, bending, and cutting in tight spaces, and SOL-F1 keeps low-light cable trays, duct runs, and equipment aisles visible throughout the installation.

Keep all fiber installation tools organized and field-ready in the BP-100 rugged technician backpack, covering every prep and verification stage for backbone fiber work across new hyperscale data hall commissioning, enterprise network builds, and colocation capacity expansions.