Comway Fusion Splicing Machine – The Complete Guide

Fiber optic cables are taking the network communication field at high speed. With such popularity, it is essential to have a basic knowledge of fiber optic splicing among companies and service providers. In layman terms, fiber optic splicing means joining of two fiber optic cables. Fiber splicing is done to reduce light loss and back reflection in a long-running cable. Splicing is also done to repair cables that get severed. The two methods of fiber optic cable splicing are fusion splicing and mechanical splicing.

Fusion Splicing

Mechanical splicing is simply holding the ends of the fiber optic aligned properly for the light to pass. Fusion is the more advanced and efficient method of splicing. In this method, a fiber splicing machine is used to fuse two cables. The machine aligns the end of the cables, which are fused or welded together by heat or electric arc. The fusion splicing method is more preferred than the mechanical method. The loss of light transmissions is low to none in the fusion splicing method. There are known companies who manufacture splicing machines that are highly efficient and popular. COMWAY fusion splicing machine is a highly efficient splicing machine that is preferred by many communication providers.

The Comway Splicing Machine

Comway is a first US-based optical fiber splicing technology that is a milestone in fusion splicing. The Comway fiber splicing machine is welcomed by top telecom companies internationally. This gained popularity is due to its efficiency in minimizing loss to almost zero. It is easy to maintain and lightweight. The machine is swift, the splicing time is five seconds and the heat time is 9 seconds.

The Process of Fusion Splicing

  • The outer jacket and the polymer coat is first removed and the fiber is placed on the machine
  • The Comway Splicing Machine makes minor adjustments in the alignment of the two fiber optic cable until there is no minimum gap or any misalignment
  • The Comway machine then cleans both the end of the fiber optic cables. This is done by melting the ends by creating high-intensity sparkles. This burns any dust particle or moisture droplets that are present on the ends
  • The fusion of two cables is done by producing main sparks that melt the ends of the cable. Utmost care is taken while doing this and it is made sure that only the core is melted and not the outer cladding.
  • The Comway Splicing Machine ensures that the optical loss that occurs in the fused fiber optic cables is less than 0.1 dB

Benefits of Fusion Splicer Machines

  • Optical fibers have proved to be reliable in long-distance transmission. It also has benefits over other cables in speed. The splicing machines are responsible for flawless cables that are effective in long-distance transits without loss.
  • Versatile machines like comway can work even on extremely small fiber with high precision. The precision is required for punctual light refraction and reflection ability.
  • The machines help in producing speed fibers.
  • The splicing machine also provides a protective sleeve over the splice to protect it from dust, moisture, and other environmental hazards.
  • The cost of fusion splice is less compared to the mechanical splicing. Therefore the splicing machine price is just a one-time investment. The features of a machine like fiber recognition technology, auto splicing mode, v groove technology, and much more are 100 times better than mechanical splicers. This investment will reap fruits with quality products and efficient working.

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