Fiber Optic Cable Puller Key benefits - Speeds cable assembly and reduces labor time when installing fiber optic and multi-core cables. - Makes routing through complex or crooked conduits easier, reducing snags and rework. - Durable construction minimizes tool wear and keeps installations consistent over repeated use. Main features - Durable fish band with high tensile strength that provides elasticity and reduces friction during pulls. - Smooth, strong steel heads on both ends allow the puller to pass easily through curved or misaligned pipelines. - Designed for multi-core wires and fiber optic cable runs; compatible with common wiring bundles used in residential, commercial, and light industrial installs. Where it works - Under floorboards and in raised access floors for structured cabling and retrofit installations. - Over ceilings and inside ceiling voids when routing backbone or horizontal runs. - Through ducts, conduit, and wall cavities for single- or multi-conductor cable pulls. How it helps in practice - Reduces the need for repeated threading and manual adjustments by allowing a single, controlled pull through long or crooked runs. - Smooth steel heads and a low-friction band lower the effort needed to pull multi-core bundles, protecting cable jackets and connectors. - Lightweight design keeps handling simple for one or two technicians while retaining the strength required for typical cabling jobs. Usage notes - Attach the cable bundle securely to the puller head and feed the fish band through the conduit before completing the pull. - Use appropriate cable lubricant and standard safety practices as required for longer or tightly curved runs. Materials and performance - Fish band: durable, high tensile strength material engineered to flex without stretching excessively. - Heads: smooth steel construction to reduce catch points and pass obstructions more easily. - Performance focus: reliable passes through crooked pipelines, consistent pull tension, and reduced installation time. Typical applications - Installing fiber backbone in an office building where conduit runs include several bends. - Retrofitting network cabling under floorboards during a residential renovation. - Pulling multiple cables through ceiling voids and ductwork for audiovisual or structured cabling projects.