Fiber Optic Cable Cutting Machines and Stripper Tools

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Fiber Optic Cable Cutting Machines and Stripper Tools

Optical fiber strippers are tools that can help you prepare bare optical fibers for fusion splicing. A high-quality fiber stripper can speed up your network maintenance and reduce downtime.

Optical cable strippers use sharp-edged slots to strip away the insulating layer to expose the aramid fiber. The large rounded-notch on the end is designed to strip 3mm fiber jackets, while the small stripping notch removes buffer and coating material to expose 125 micron and 140 micron core/cladding fibers.

1. Loose Tube Stripper

Designed to slit and ring PVC, PE, rubber, and other cable jacket materials. Adjustable blade depth helps assure nick-free jacket entry. Use for simplex fiber and a variety of fiber optic cable up to 1/8 inch diameter.

Tight-buffered cables protect the optical fiber core, cladding, and coating by enclosing everything in semi-rigid sleeves or tubes. They also have aramid yarn, stainless steel wire strands, or other strength members fiber-optic-cable-cutting-machines-stripper-tools to provide additional support for the core inside the sleeve.

Loose tube fiber demands a precision tool capable of cutting different buffer tube diameters without nicking the enclosed fiber. This lightweight, spring-loaded plier stripper does just that, helping ensure the integrity of loose-jacketed optical fibers.

This thermal stripper heats, softens, and strips 900um tight buffer coatings in one step, eliminating the need to manually strip each layer with separate tools. This saves time in both field and plant terminations and improves termination consistency. This is an essential tool for FTTH drop cable installations. Also known as a slitter, this mid-span stripper is used to create access for fiber in round FTTH riser and microduct cables sized 8.5mm to 14mm.

2. Coaxial Buffer Tube Stripper

The coaxial buffer tube stripper allows you to cut the loose cable sheath from indoor bundle cables and CATV micro coaxial cables without damaging the enclosed optical fiber. This tool has adjustable blade depth to help assure nick-free jacket entry. It can also cut cable skins in both transverse and longitudinal slide cuts.

The MSAT-5 mid-span access tool uses an innovative design to easily access multiple buffer tube sizes and styles in Corning Cable Systems fiber optic cables. Unlike other tools that slit the buffer tube, this tool scores the buffer with a window that exposes the fibers to be stripped or terminated.

To use the MSAT-5, first select the appropriate channel using the sizing slots on the tool’s face or top. Place the buffered fiber into the selected channel and close the tool. Grasp the handle and slowly slide the tool along the buffer tube. When the desired strip is reached, open the tool by pushing the protruding locking tab from left to right.

After opening the tool, make a trial run on a scrap section of buffer tube to determine how multimode fiber optic cable assemblies manufacturer many turns it takes to score the tube. If the number of rotations is too high, damage to the fibers inside the tube may occur.

3. Wire Stripping Plier

A wire stripper plier, like the KAIWEETS KWS-103, is an essential tool for anyone who works with electric wiring. It has built-in cutters and strippers, so you can use it to remove both the cable sheath and insulation. This is much easier than trying to do it manually with a pair of pliers.

These hand-held tools are popular with electricians and DIYers for preparing wire cabling for work and rewiring projects. They’re available in a range of sizes to handle different cable sizes and thicknesses. Some models have a knife-type blade for precision stripping and others use thermal technology to quickly cut through insulation with heat.

The type of stripper you choose depends on the gauge of the wire you’re working with, which is printed on its insulation. To use it, place the end of the wire in a slot matching its size and squeeze the handles together to pull it through the mechanism. The jaws open simultaneously to cut the sheath and close again to push it away from the conductor. This action is called compound automatic stripping.

4. Diagonal Cutter

One of the best tools you can have on hand for fiber optic cable installation is a pair of diagonal cutters. They are a staple in most tool boxes for their simple yet effective use of cutting wire at an angle.

The angled design of the blades allows you to get more leverage and cut wire more effectively than a standard set of side cutters. It is recommended to get a good quality set that are suited for professional usage. They are designed to work on a range of cable sizes from piano to steel wire.

They come with a reversible double-ended replaceable blade that can be adjusted to your preferred stripping depth from 0-5mm. They are ideal for sheath removal, slitting and ring cable applications. They also provide a scaled marking on the body for reference to stripping length. The blades are hardened and have precision tolerances that ensure a clean, accurate sheath strip every time. They are an excellent choice for stripping the tightly wrapped aramid fiber in the loose center tube of optical cables.

5. Slitting Tool

The Fully Automatic Fiber Optic Cable Cutter 450 is a versatile machine for cutting fiber optic cables. It can cut a variety of cable types and diameters, making it an ideal choice for manufacturers. It also has a precision feeding system that ensures the cable is properly positioned before it is cut. This helps to reduce the risk of damage to the fiber optic cores. The machine also has a user-friendly interface that makes it easy to use.

Slitting is a process used in the converting industry to cut large rolls of material into smaller, narrower rolls. This can be done for many different kinds of materials, including plastic film, textiles, and adhesive tapes. There are several methods for slitting, but the most common is shear slitting, which uses a male and female knife to cut the substrate.

Kevlar is a strong and durable fiber that can be difficult to cut with standard tools. The FO 7010 Kevlar Cutting Machine is designed to make clean and precise cuts in the fiber without damaging it. The machine uses a patented system to separate the Kevlar from the rest of the cable and draw it into the cutting head, where it is then severed.

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