Slitting & Shaving Tools

Provides quick access to fibers inside buffer tubes from 1,2mm to 6mm in diameter and will work with buffer tubes with wall thicknesses from 0,2mm to 0,5mm.

Designed to be compact and lightweight.

Designed for fast and precise removal of cable jackets from round cables that are 3/16” to 1 1/8” (4,5mm - 29mm) in diameter.

Designed to strip CAT-5, CAT-5e, CAT6, and other similar sized twisted pair cables for quick and easy termination.

Designed for the fast and precise removal of round cable jackets 8 to 28mm in diameter.

Designed for use on Rollable or Spyder type ribbon fiber optic cables, this tool is perfect for separating the matrix of fibers in ribbon fiber optic cables quickly and easily.

Simplifies the slitting of drop cable jackets at mid span or end sections and is perfect for FTTH technicians working with flat fiber drop cables.

Designed to easily and safely open round fiber optic cable jackets from 9mm to 19mm in diameter.

Mid-span and end stripper for outer cable jacket and insulation removal.

Easily opens & separates 1-2 mm outer diameter steel tape armor on fiber optic cable.

Professional-grade tool ideal for slitting the armor layer on fiber feeder, central tube & stranded loose tube fiber optic cables, as well as various other non-fiber armored cables.

Designed for longitudinal shaves on riser breakout and micro-duct cable jackets from 0,19″ to 0,55″ (5 to 14mm) in diameter.

Patent-pending, compact & user-friendly mid-span access tool with interchangeable inserts to accommodate buffer tube diameters from 1.2 to 1.8mm.

Perfect for making access windows on cables 8 to 14mm (0,33” to 0,55”) in diameter without damaging the fiber inside.

Designed to easily size and access fibers in loose tube cables ranging from 1 to 3 mm diameters in mid-span applications.

Versatile shaving tool for gaining mid-span access to bare or buffered fiber.

Precision shaving tool designed for CommScope® BrightPath Self-Support Figure 8 Outdoor Fiber Drop Cable.

Designed for quick determination of the proper diameter channel for buffer tubes ranging from 1,9 mm to 3mm.

Designed for quick access to fiber in 2, 2,5 & 3 mm buffer tubes.

Precision cable stripping tool for outer jacket and insulation removal.

Designed for industrial environments.

Lightweight tools designed for preparing flat drop fiber cables in FTTH (fiber to the home) applications.

Lightweight tools designed for preparing flat drop fiber cables in FTTH (fiber to the home) application.

For quick and accurate termination of rugged OptiTap® connectors at the installation site.

Easy, one-step removal of the copper toner wire from ROC™ Drop dielectric cables.

Easy, one-step removal of thick fiberglass-strength member from Corning SST -Drop™.

Perfect for slitting the sheaths off microduct bundles to access the microducts inside.

Designed to shave a longitudinal access window in round FTTH riser cables and microducts for mid-span access.

Designed to prepare 2mm and 3mm fiber optic cables for connecting with Fitel EZ!Fuse™ SC & LC Splice-On Connectors.

Designed to make an error-free, precise separation of the toner wire on all brands of flat drop fiber cable.

Designed to perform slit and ring cuts on fiber optic cables, buffer tubes, and jackets from 0,05″ to 0,25″ (1,2 to 6,4mm) in diameter.

Designed for quick and easy access to fiber subunits and ripcords in Corning RocketRibbon™ 1728, 864 and 432 cables.

Ideal for Corning’s armored & non-armored RocketRibbon® cable, this ergonomic tool is designed for shaving access windows on thick jacketed cables

Introducing an innovative cable stripper with precise blade depths designed to accurately and efficiently remove rugged cable jackets from MiniXtend® FastAccess® fiber cables on both mid-span and end cable stripping operations.

Perfect for making access windows on cables 0,47" to 0,87" (12 - 22mm) in diameter.

CST-28 6-28mm cable stripper.

Miller series, compact, one-step tool designed to slit fiber jackets or buffer tubes in two locations, 180° apart, without causing any damage to the fiber.