What is the tool used for laying optical cables called

Laying optical cables requires a combination of installation, cutting, splicing, cleaning, and testing tools to ensure precise handling and optimal network performance.

Installation Tools

Installation tools are used to prepare and lay fiber optic cables safely and efficiently. Common equipment includes cable pullers, trenchers, plows, and bucket trucks for outdoor or large-scale deployments, while hand tools like screwdrivers, pliers, wrenches, and saws assist in securing and routing cables. Fiber optic cable strippers are essential for removing outer jackets and buffer coatings without damaging the delicate glass fibers inside.

Kevlar scissors or shears are used to cut the aramid yarn strength members in fiber cables cleanly.

Splicing and Termination Tools

Splicing and termination require high precision to minimize signal loss. Fusion splicers align and fuse fiber ends using an electric arc, providing low-loss, high-strength connections. Mechanical splicing kits are also used for certain applications.

Fiber cleavers produce perfectly flat, perpendicular end faces, which are critical for reducing insertion loss and ensuring reliable splices. Splice sleeves and sleeve heaters protect and reinforce the spliced fibers.

Cleaning and Inspection Tools

Contamination can severely affect fiber performance. Lint-free wipes, cleaning fluids, cassette cleaners, and cleaning sticks are used to clean connector end faces and adapters. Inspection scopes or microscopes allow technicians to check for dirt, scratches, or defects before connecting fibers.

Proper cleaning ensures signal stability and reduces troubleshooting time.

Testing Tools

Testing tools verify network performance and detect faults.

Optical Time-

Domain Reflectometers (OTDRs) measure distance to faults, reflectance, and total fiber loss. Optical power meters and light sources assess insertion loss and continuity across various wavelengths, ensuring compliance with network standards. These tools are crucial for certifying new installations and troubleshooting existing networks.

Auxiliary Equipment

Additional tools include cable jackets removal tools, buffer tube strippers, and multi-purpose 5-in-1 stripping tools for different fiber diameters. Ergonomic and precision-designed tools reduce hand fatigue and prevent micro-cracks in the fiber, which can compromise long-term network reliability. In summary, laying optical cables involves a combination of installation hardware, precision cutting and stripping tools, splicing and termination equipment, cleaning and inspection kits, and testing instruments to ensure a high-quality, reliable fiber optic network.