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Fiber optic splicer

Using a  fiber optic splicer to connect two different fibers is an effective method. The process is known as splicing, and there are a few essential functions you should be aware of. These include fusion versus mechanical splicing, splicer fundamentals, and how to construct a fiber pigtail assembly.

Basic functions

Optical fiber splicing and fiber optic splicer kit is an important process that involves joining two or more fiber optic cables. These cables are used in a wide variety of industries. It is also a critical component in data networking. It is important to understand the basics of this process to ensure proper management and maintenance of fiber optic cables.

There are two main approaches for splicing optical fibers. One is mechanical splicing and the other is fusion splicing. Both methods have their own benefits.

In mechanical splicing, adhesive material or gel is used to form a junction of fibers. This method is cheaper and can be done without heat. It is also a lower quality method. The refractive index of the adhesive material is the same as that of the fiber.

The splice is then secured in the splice holder. There are different types of holders for different types of splices. Some of these include Elastomeric, Ultrasplice, and Camlock.

The splice is then crimped to lock the fiber inside. In some cases, an epoxy resin is used for splicing. The splice is then inserted into a precision tube.

Optical fiber splicing is important because it allows two fibers to be permanently connected. It is a key part of telecommunications, medical, and automotive industries. It is important to perform the splicing procedure correctly to avoid losing capacity or data transmission. It is also important to choose a splice closure that is durable and long-lasting.

Why choose Zhejiang TriBrer Fiber optic splicer?

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