Fiber optic cable removal and installation tools

Fiber optic cable removal requires specialized tools such as jacket strippers, buffer/coating strippers, mid-span access tools, and connector insertion/removal devices for safe and precise handling. Types of Fiber Optic Cable Removal Tools1. Jacket Strippers: These tools remove the outer protective jacket of fiber optic cables without damaging the internal fibers.

They are available in round or flat designs and can handle various cable diameters. Examples include the Jonard CST-1900 Round Cable Stripper and the Fiber Optic Center jacket stripping tools, which provide precise, repeatable cuts for jackets up to 3 mm in diameter. 2.

Buffer/

Coating Strippers: Used to remove the buffer or coating from individual fibers, exposing the cladding for splicing or connectorization. Tools like the Thorlabs T06S16 or TSK1 stripping kits offer color-coded, self-aligning blades for cladding diameters ranging from 125 µm to over 1000 µm, ensuring consistent and safe stripping. 3.

Mid-

Span Access Tools: These allow technicians to access fibers within a cable without cutting the entire length. Mid-span slit and ring tools, such as the Jonard MS-446 or Ripley MB06, provide controlled longitudinal and ring cuts to expose fibers while preserving cable integrity. 4.

Fiber Cutter and Kevlar Shears: Kevlar-reinforced cables require specialized cutters. Tools like the Jonard JIC-186 Kevlar Cutter or Cable Prep FOC-300 scissors cut Kevlar strands and fiber jackets cleanly, preventing fraying and damage. 5.

Connector Insertion and Removal Tools: For removing or installing connectors like SC, LC, FC, or ST, tools such as the Westek FP 360023 or Jonard FCT-200 provide ergonomic, precise handling to avoid fiber breakage and repetitive strain injuries. 6. Slitters and Ring Tools for Armored Cables: For armored or thick cables, tools like the Jonard CableSaber AST-200 or Ripley US14 ratcheting slitter allow safe removal of outer sheaths and armor layers, with adjustable blade depth to prevent fiber damage.

Additional Considerations

Visual Fault Locators (VFLs): Often used alongside removal tools to verify fiber integrity after stripping or mid-span access. Fiber Grippers: Textured rubber grippers, like the Thorlabs BFG1, hold fibers securely during stripping without causing microfractures. Kit Options: Many tools are available in comprehensive kits (e.g., 9-in-1 or 10-in-1 FTTH kits) that include strippers, cleavers, testers, and Kevlar cutters for complete fiber preparation.

Using the correct combination of these tools ensures safe, precise, and efficient fiber optic cable removal, minimizing the risk of fiber damage and maintaining optimal signal performance.