What does a Fusion Splicer do?
A fusion splicer is used to combine or splice two optical fibers end-to-end by fusion splicing. The goal is to fuse the fibers together so that light is not reflected or refracted. A spliced fiber is as strong as normal fiber.
It is necessary to understand the project types of fiber fusion splicers and the requirements of each project. If you don’t know what your project requirements are, enquire about the type of fiber fusion splicer you want to buy. Make sure the machine satisfies the requirements you need in order not to waste your money. You must first understand the machine requirements for your project.
Types of Fusion Splicers
Single Fiber Fusion Splicer: Single fiber fusion splicer can only splice 2 fibers at a time. A single fiber is stripped, cleaned, and then put into the machine. The second fiber is treated in the same way. The splicer can splice the fibers in as little as 10 seconds and will also estimate the amount of light lost. Splicers for single fibers, flat drop cables, and splice on connectors can splice between 250 and 900 microns of fibers
Mass Fiber Fusion Splicer: Mass fiber fusion splicer can splice 1 to 12 fibers at a time. They are not as popular as single fiber splicers, but they can be very effective if you need to splice multiple fibers at once.
Core Alignment Fusion Splicer VS. Cladding Alignment Fusion Splicer
The core alignment system and the cladding alignment system are the two alignment systems now in use for fusion splicers.
Core Alignment Fusion Splicer
The most widely used fusion splicer technique is core alignment. It looks at the fiber cores using light and image detection to measure and monitor core location while aligning the fiber cores. This results in accurate fiber alignment and a loss of only 0.02dB on average. Although costly, this technology is also powerful, adaptable, and efficient.
Cladding Alignment Fusion Splicer
Cladding alignments are used in basic fusion splicers to align the fibers. They are lined up in a V-groove based on their outer diameter. This is a low-cost and quick splicing approach, which is why it is commonly employed on low-cost fusion splicers. Even if the exterior diameters are aligned, the fibers may not be fully aligned, resulting in greater loss splices. Because it is a low-cost option, it lacks some of the functionalities that a higher-end splicer may offer.
Outdoor welding necessitates consideration of the fusion splicer’s durability. You will be able to travel long distances if you cross mountains and roads. You can only look at your equipment if it runs out of power.
Fusion splicing is essential in any situation involving optical fibers. Telecommunications and networking, electricity transfers, and sensors are examples of users. Fiber optics improves all of these applications, thus a fusion splicer will come in handy.
All of the considerations described in this article should be taken into account when buying fiber fusion splicer. Because there are so many splicer providers to choose from, finding a reputable company becomes even more essential. Our company has one of the best optical fiber fusion splicer and can assist you in determining which splicer is appropriate for you. If you want to know how to use optical fiber fusion splicer, you can see our article here.
Baudcom offers all types of Fiber Fusion Splicer. For more information, please feel free to contact us.