Fiber Optic Cable Stripping and Fixing Clip

Fiber optic cable stripping requires precision tools to remove jackets and coatings without damaging fibers, while fixing clips secure cables for organized and safe installations.Fiber Optic Cable StrippingStripping fiber optic cables is a critical step in installation and maintenance. High-quality fiber optic stripping tools allow precise removal of the outer jacket, buffer, and coating layers without harming the delicate glass fibers inside . Common tools include:Manual Strippers: Designed for 250 µm, 900 µm, or 2–3 mm fiber coatings, providing precise, hand-controlled stripping for splicing or connectorization .Thermal Strippers: Use controlled heat to remove jackets cleanly, suitable for single fibers, bundles, or ribbon fibers with adjustable temperature settings .Programmable Machines: Automated stripping machines like the Schleuniger B300 allow high-volume, consistent stripping for industrial applications .Specialty Tools: Mid-span slit and ring tools, window shaving tools, and Kevlar scissors help access fibers in complex cable assemblies . Proper stripping ensures clean fiber ends, which is essential for low-loss splicing and reliable network performance.Fiber Optic Fixing ClipsAfter stripping, cables must be secured using fiber optic clips to prevent damage and maintain organized routing . Key types include:Nail-In Clips: Simple clips that attach to walls or surfaces using nails, ideal for permanent installations.Hammer-On Beam Flange Clips: Multipurpose clips for hanging cables on beams or flanges, made from spring steel for durability .Right-Angle Clips with Powder Actuated Nails: Support ceiling wires or jack chains, often supplied in bulk (e.g., 100 pcs) for large projects .Threaded Rod and Eye Lag Clips: Heavy-duty clips for industrial or high-load applications, providing secure cable support . When selecting clips, consider cable diameter, installation environment, and load requirements. Proper use of clips prevents fiber stress, bending, or accidental disconnections.Best PracticesUse the correct stripper for the fiber type to avoid micro-cracks or scratches.Measure and mark stripping lengths before removing jackets.Secure cables with clips at regular intervals to maintain neat routing and reduce strain.Avoid over-tightening clips, which can deform or damage fibers.Keep tools clean and calibrated for consistent performance. By combining precise stripping tools with appropriate fixing clips, fiber optic installations remain reliable, organized, and long-lasting .