There are some significant advantages of using mechanical fiber splice than blend splices. Mechanical splicer requires no power supplies. Many mechanical fiber splicer designs require no extra tools beyond a fiber stripper and fiber cleaver. What’s more, they can be used in situations where blend splicing is not practical or impossible. Now, mechanical splicer can be made within a minute or two; this makes it ideal for temporary connections.

What is Mechanical Splicer? fiber optic mechanical splicer performs a similar function to the blend splice except that the fibers are held together by mechanical means rather than by a welding technique. A mechanical splicer is a method for joining two separate fibers together within a fiber optic cable. Fiber optics is used to monitor data in fields such as telecoms or computer networking. Mechanical splicing gives a quick and effective way of joining fibers so that information can pass uninterrupted between different cables or sources. It is an alternative to blend splicing, which is a method of fusing fibers together using arc welding. Blend splicing is reasonably complex, however, and requires much more skill than mechanical splicing.