Armored Cable Slitter & Jacket Stripper (4-10mm) – Longitudinal & Ringing

Efficiently and safely prepare fiber optic cables and other armored cables with the MEFIBEROPTIC Longitudinal Cable Slitter. Designed for professionals, this versatile tool is engineered for precise slitting of corrugated copper, steel, or aluminum armor layers, as well as outer polyethylene jackets. Whether you need mid-span access or end stripping, its dual-action capability allows for both longitudinal slitting and circumferential (ringing) cuts, making it an indispensable tool for telecom, CATV, and utility technicians. This model is adjustable for cables with an outer diameter (OD) of 0.157” (4mm) to .393” (10mm).

Preparing armored cables can be challenging. Incorrect tools can lead to damaged fibers, wasted time, and safety hazards. Our Longitudinal Cable Slitter is designed to mitigate these risks by providing:

• Unmatched Precision: Ensures accurate slitting without damaging the internal fibers.
• Enhanced Safety: Designed to control the blade and cutting process, minimizing risk.
• Increased Efficiency: Performs jacket and armor slitting in a single operation, speeding up cable preparation.
• Versatility: Handles various cable types and both mid-span and end-stripping applications.

Key Features

• Dual Functionality:
  • Longitudinal Slitting: Creates a clean, straight slit along the length of the cable for easy armor and jacket removal.
  • Circumferential Ringing: Performs precise ring cuts for end stripping without damaging conductors or fibers.
• 90° Rotating Blade: A simple lever activation rotates the blade by 90 degrees, allowing seamless switching between slitting and ringing modes – ideal for mid-span access.
• Adjustable Cutting Diameter: Precisely accommodates cables with an Outer Diameter (OD) ranging from 0.157 inches (4mm) to 0.393 inches (10mm).
• Adjustable Blade Depth: The blade depth can be adjusted up to 5.5 mm maximum, allowing you to precisely set it for different cable jacket and armor thicknesses, preventing damage to underlying layers.
• Integrated Cable Guide Wheel: Ensures cable stability and smooth tool movement along the cable, providing consistent cutting pressure and accuracy.
• Durable Construction: Built with rugged anodized aluminum and hardened steel components for long-lasting performance in demanding field conditions.
• Professional Grade Tool: Ideal for slitting corrugated copper, steel, or aluminum armor layers and outer jackets.
• Versatile Design: Also suitable for jacket or shield slitting on various non-fiber optic cable configurations within its diameter range.
• Ergonomic Handling: Designed for comfortable and controlled operation. (Assuming from design)

(Technical Specifications)

Benefits:

• Time-Saving: Quickly and efficiently prepare cables in a single pass for both jacket and armor.
• Damage Prevention: Adjustable blade depth and guided operation protect sensitive optical fibers and conductors.
• Safe Operation: Provides a controlled cutting method, reducing the risk of injury compared to manual knife slitting.
• Versatile Use: Suitable for various armored and jacketed cables within its size range.
• Mid-Span Access Made Easy: The rotating blade simplifies creating window cuts without severing the cable.
• Cost-Effective: Reduces cable damage and speeds up installation or repair, saving on overall project costs.
• Field-Ready Durability: Built to withstand the rigors of daily use by technicians.

Applications:

• Fiber Optic Cable Installation & Repair: Accessing fibers in armored outdoor and indoor/outdoor cables.
• Telecommunications: Preparing feeder cables, central tube cables, and loose tube cables.
• CATV Networks: Slitting coaxial cables with armor or tough jackets.
• Utility & Power: Working with control cables or other jacketed/armored cables.
• Data Centers: Preparing armored cables for termination.
• Any application requiring precise and safe removal of outer jackets and metallic armor from cables with ODs between 4mm and 10mm.

(Alternative Names & Keyword Variations)

Customers looking for this tool might also search for:

• Armored cable stripper,
• Fiber optic armor slitter,
• Cable jacket slitter,
• Mid-span access tool,
• Cable ringing tool,
• Longitudinal sheath cutter,
• Corrugated cable slitter,
• Steel armor removal tool,
• Aluminum armor slitter,
• 4mm to 10mm cable slitter

4. FAQ Section

• Q1: What types of cable armor can this tool slit?

  • A: This Longitudinal Cable Slitter is designed to effectively slit corrugated copper, steel, and aluminum armor layers commonly found in fiber optic and other armored cables.

• Q2: What is the range of cable diameters this specific tool supports?

  • A: This particular  is adjustable for cables with an outer diameter (OD) ranging from 0.157 inches (4mm) to 0.393 inches (10mm).  “We also offer models for larger diameters. Please check our product selection or contact us.”)

• Q3: How do I switch between longitudinal slitting and ringing (circumferential cutting)?

  • A: The tool features a blade lever. Simply activate this lever to rotate the cutting blade by 90 degrees, allowing you to easily switch between slitting along the cable (longitudinal) and cutting around the cable (ringing).

• Q4: How do I adjust the blade depth? Is it safe for the fibers inside?

  • A: The blade depth is adjustable up to 5.5mm. You can set it precisely according to the thickness of the cable jacket and armor. When set correctly, the tool will slit the outer layers without nicking or damaging the internal fibers or conductors. Always perform a test cut on a scrap piece of cable if unsure.

• Q5: Is the blade replaceable?

  • A:  Yes, the hardened steel blade is replaceable to ensure optimal cutting performance over time. Please see our accessories section or contact us for replacement blades.

• Q6: Can this tool be used for mid-span access?

  • A: Absolutely. The ability to perform both longitudinal slits and ring cuts, combined with the rotating blade feature, makes this tool ideal for creating window cuts for mid-span fiber access.

• Q7: What is the main advantage of the cable guide wheel?

  • A: The cable guide wheel provides stability as you move the tool along the cable. This helps maintain consistent pressure and ensures a straight, even cut, making the slitting process easier and more precise.

5. Installation Steps / Usage Instructions

This product doesn’t require “installation” but rather “usage instructions.”

How to Use Your Longitudinal Cable Slitter (4-10mm Model):

1. Inspect the Tool: Ensure the blade is sharp, clean, and securely in place. Familiarize yourself with the blade rotation lever and depth adjustment mechanism.
2. Select Cutting Mode:
   • For Longitudinal Slitting: Position the blade parallel to the tool’s body (along the cable path).
   • For Ringing (Circumferential Cut): Activate the lever to rotate the blade 90 degrees, so it’s perpendicular to the cable path.
3. Adjust Blade Depth:
   • Loosen the blade depth adjustment screw (if applicable, or follow your tool’s specific mechanism).
   • Set the blade to protrude just enough to cut through the jacket and armor without touching the inner core or fibers. It’s highly recommended to test on a scrap piece of the same cable type first.
   • Tighten the adjustment screw.
4. Position on Cable:
   • Open the tool (if it has a clamping mechanism) and place it around the cable at the desired starting point. Ensure the cable sits correctly against the guide wheel.
5. Perform the Cut:
   • Longitudinal Slitting: Apply firm, even pressure and pull the tool along the length of the cable. The guide wheel will help maintain alignment.
   • Ringing: Apply pressure and rotate the tool around the cable circumference one or two full rotations to score the jacket and armor.
6. Mid-Span Access:
   • To create a window cut, first perform two ring cuts at the desired start and end points of the window.
   • Then, rotate the blade to the longitudinal slitting position.
   • Perform one or two longitudinal slits between the ring cuts.
7. Remove Jacket/Armor: Once slit, carefully peel away the separated jacket and armor sections. Use appropriate hand tools if needed to help lift the armor.
8. Clean and Store: After use, clean any debris from the tool, especially around the blade. Store in a dry place to prevent corrosion. Retract or cover the blade if possible for safety.

Safety Precautions:

• Always wear safety glasses during operation.
• Keep fingers away from the cutting blade.
• Work on a stable surface.
• Ensure the blade is sharp; a dull blade requires more force and can be less safe.