Get Deeper Into The Facts About Fiber Optic Cable Cutting Machine

By Author: James
Total Articles: 9
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With the ability to cut cables of various diameters and wind them into the required length and annular shape, a fiber optic cable-cutting machine offers the benefits of precise measurement, multiple cutting and winding operations, and simple automated operation. It can adjust lengths, speeds, and quantities while increasing the effectiveness of output. Some basic information about Fiber Cable Cutting Machines will be included in this article.


What is a cutting machine for fiber optic cables?


In fiber optic patch cord/pigtail production lines, a cutting machine for fiber optic cables is a specialized piece of equipment that is used to measure the length of cables, cut, count, wind, roll, and, if desired, spray word marking.


Characteristics and Advantages


The following characteristics and advantages come with a fiber optic cable cutting machine:


• Maximum cable length cutting of 500 meters.

• Touch screen.

• Automatic and user-friendly.

• Optional cable arrangement function.

• High ...
... production efficiency.


Fibre Cut


Cut the cable to the proper length before we start producing any kind of patch cord. Although it appears to be a straightforward technique, some caution is needed.


We need to be mindful of the potential issues with the cable during the fiber cut procedure that might arise from carelessness. These four concerns are:


Steer clear of bending too much. We have to maintain the bending radius inside the cable’s bounds the entire time we’re cutting. Typically, this radius is ten times the diameter. However, we should always refer to the manufacturer’s advice.


Never exert greater pulling effort than is advised. Typically, 2 or 4 kilometers of cable is cut off of a reel. We have to be cautious not to pull on the outer jacket or insulation, even with equipment that makes it simple to rotate the reel and remove the cable.


The Kevlar, or aramid yarn, is the power element that is hidden beneath the jacket. The fiber optic and primary and secondary buffers are located underneath them.


The coil cables will slip through the aramid yard — the strength element — if we pull it through the jacket. Stretching occurs because it lacks suppleness. As time passes, the pliable plastic will gradually revert to its original shape, revealing the Kevlar.


The Fiber Cable Stripping Machine must automatically unwind the cable as the counting machine pulls to prevent this.


However, there has to be a system in place to lessen the blow of the initial cut. Two pulleys, one stationary and one moving, make up this system. A cable buffer is created as a result of the cable going through them many times. This buffer maintains up with the cable demand and is used as soon as the unwinder begins operating.


Watch out for crushing and kinking. In addition to breaking the fiber, it may also result in significant attenuations and micro-bending inside the cable.


We may begin cutting the cables once the Fiber Cable Cutting Machine has been programmed with the dimensions and tolerances of the cables that need to be made. They’ll wind themselves into bowls to collect cables automatically. Soft materials, such as velcro or plastic tape, are required to bind these cable coils.