Fiber Optic Stripping Tool

TC-FST (Version v1.0R)

  • Strips outer jacket from 2.0 – 2.4mm fiber & 2.8 – 3.0mm fiber
  • Strips loose tube fiber from 2.0 – 3.0mm
  • Strips acrylate coating from 250µm fiber cable
  • Strips 900µm buffer insulation without removing acrylate coating
  • Ergonomic rubberized grip for better control
  • Lockable handle for safe storage
  • NDAA / TAA compliant (U.S. and Canada only)
NDAA/TAA Compliant

TRENDnet's Fiber Stripping Tool, model TC-FST, is specifically designed for stripping fiber optic cabling. Our fiber stripping tool can be used to strip a fiber cable's outer jacket, loose tube, buffer insulation and acrylate coating. It is made of heavy duty carbon steel and features an ergonomic rubberized grip for better control.

Close-up of a Fiber Optic Stripping Tool designed for stripping various fiber cable sizes, with measurements etched into its metal surface.

Wire Stripping

Designed for stripping a fiber cable's outer jacket, loose tube, buffer insulation and acrylate coating

Close-up of a heavy-duty tool constructed from carbon steel with blue rubberized grips for enhanced control.

Heavy Duty

Heavy duty carbon steel construction, and durable rubberized grip for better control

Close-up view of an adjustable Fiber Optic Stripping Tool designed for precision handling of special fiber optic gauges.

Adjustable

Adjustable to accommodate special fiber optic gauges

Strips
  • Outer jacket from 2.0 – 2.4mm fiber & 2.8 – 3.0mm fiber
  • Loose tube fiber from 2.0 – 3.0mm
  • Acrylate coating from 250µm fiber cable
  • 900µm buffer insulation without removing acrylate coating
Features
  • Lockable handle for safe storage
  • Ergonomic rubberized grip for better control
Materials
  • Heavy duty carbon steel
Length
  • 17.8cm (7 in.)
Weight
  • 130g (4.6 oz.)
Warranty
  • 1 year

PACKAGE CONTENTS
  • TC-FST

All references to speed are for comparison purposes only. Product specifications, size, and shape are subject to change without notice, and actual product appearance may differ from that depicted herein.