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Fiber Optic Fusion Machine Supplier

Fiber Optic Fusion Machine is a critical link in the fiber optic network, used to accurately connect the two ends of the fiber optic cable to ensure seamless signal transmission and long-term reliability.
High precision and low loss: Fiber Optic Splice technology fuses the fiber end faces through arc heating to form a permanent connection with extremely low signal reflection loss and high transmission efficiency.

ABOUT US

Ningbo Goshining Communication Technology Co., Ltd. is an enterprise that designs, produces, and sells a full range of fiber optic products with high-quality and first-class services, which enable us to meet all customers' demands and offer one-stop service. Ningbo Goshining Communication Technology Co., Ltd is a professional Custom Fiber Optic Fusion Machine Supplier and OEM Fiber Optic Fusion Machine Company, our products include Fiber Optic Fast Connector, Patch Cord, PLC Splitter, Cables, Distribution Box, Splice Closure, and Terminal Box etc. We also offer Customization services to help develop your own brand.

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  • Oct 03, 2025_Goshining

    How to Use a Fiber Optic Distribution Box?

    A fiber optic distribution box (FDB) is an essential device in fiber optic communication networks. It provides a secure, centralized management point for optical cables entering buildings or user terminals. Whether for large-scale industria...
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  • Sep 26, 2025_Goshining

    What are fiber optic patch cables used for?

    Basic Concepts of Fiber optic patch cables Fiber optic patch cables, also known as fiber optic connectors, are short-distance optical cables used to connect fiber optic devices or ports. They typically consist of a fiber core, a fiber optic...
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  • Sep 19, 2025_Goshining

    What are the applications of fiber optic patch cords?

    Fiber optic patch cables, also known as fiber optic connectors, are an indispensable component of fiber optic communication systems. They have connectors at both ends and are used to enable flexible connections and signal transmission betwe...
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Fiber Optic Fusion Machine Industry knowledge

As the core equipment for the construction and maintenance of optical communication networks, fiber fusion splicers undertake the key task of permanent and precise connection of optical fibers. In modern communication scenarios such as fiber to the home (FTTH), 5G fronthaul, and data center interconnection, the working quality of the fusion splicer directly determines the transmission performance of the entire optical fiber link.

The fusion splicer realizes the molecular-level fusion of optical fibers, forming a nearly perfect continuous waveguide structure, with a typical fusion point reflection loss better than -70dB; secondly, the precision fusion technology avoids the gaps and misalignments introduced by mechanical connectors, reducing the insertion loss to less than 0.05dB; finally, the automated fusion process greatly improves the construction efficiency, and skilled operators can complete 60-80 high-quality fusion points per hour, which is more than 3 times faster than traditional methods.

The fiber fusion splicer adopts the core direct alignment technology, captures the fiber end face image simultaneously through a high-resolution CCD camera and an infrared imaging system, and uses a machine vision algorithm to analyze the core position in real time. The high-end model is equipped with a six-motor drive system (two each for the X/Y/Z axis), which improves the core alignment accuracy to within 0.05 microns, equivalent to 1/1000 of the diameter of a human hair.

It only takes 15 seconds from fiber insertion to completion of fusion splicing: ① Fiber cut end face detection (0.5 seconds); ② Pre-alignment and cleaning discharge (2 seconds); ③ Fiber core precision alignment (3 seconds); ④ Main fusion discharge (1.5 seconds); ⑤ Loss estimation and strength test (3 seconds); ⑥ Heat shrink tube protection (5 seconds). The entire process is controlled in real time by the built-in processor without manual intervention.

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