The following image reveals a AFL FSM-60S core alignment fusion splicer. There are many models of fusion splicing machines out there, varying in features and functionality, and price. So you need to do your due diligence before making a choice.

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More primary fusion splicers employ clad alignments to line up the fibers for splicing. The fibers sit in a holder or V-groove and are lined up “bodily”, primarily based on the outer diameter of the fiber’s cladding. These splicing models are at the mercy of the fibers’ glass geometry traits and tolerances (Clad Diameter, Clad Non-Circularity, and Core-to-Clad Concentricity).

A core alignment splicer immediately moves the core of the optical fiber strands to achieve a perfect alignment throughout splicing. But with the cladding alignment splicer, you're relying on the producer of the fiber to have made the fiber with the core completely concentric in the strand. Any incorrect pre-alignment of the outer surfaces lends itself to poor splicing efficiency and higher splice losses. Despite the advances in fiber and fusion splicing expertise, there are nonetheless many elements of splicing of which practitioners should remain conscious. Differences in fibers, tools, surroundings and approach can yield different splice loss outcomes.

The following part describes different fiber alignment technologies in several types of fusion splicers. Mechanical splicing doesn’t physically fuse two optical fibers together, quite two fibers are held butt-to-butt inside a sleeve with some mechanical mechanism. You will worsen insertion loss and again reflection in mechanical splices than in fusion splices .Mechanical splicing is mostly used for emergency repairs and fiber testing. Six motors fusion splicer, actual core to core alignment know-how. 6s splicing, 18s heating, identify fiber varieties routinely.