(8 products available)
Compact Fusion Splicer
The JDSU compact fusion splicer is small and easy to work with, so it works well in places where space is tight. People working on splicing cables in the field or at installations usually choose this type because it is portable. Even though it is small, most of these machines still have strong abilities and many functions.
Automatic Fusion Splicer
The automatic type is made to do more things by itself, which can help to speed up and make operations more certain. Sensors on the machine can detect fiber and align it without needing much input from the user. This is a good option when large amounts of work have to be completed quickly and with care. It is very useful for workers in telecommunications who need to splice many fibers.
Core Alignment Splicer
A core alignment splicer is made to give very accurate splices by lining up the centers of the fibers precisely. People in industries that need high performance, like medical or laser fiber systems, will pick this kind of splicer. The need for accuracy is big in places where small mistakes can cause problems. This machine ensures smooth and clear connections between fibers.
Ribbon Fiber Splicer
This kind of splicer is designed for working with ribbon fibers, which contain many strands of glass in one flat line. It can quickly splice several strands at one time by cutting the ribbon apart at the spots needed. Using this splicer is faster than using single fiber splicers. It suits well for telecom jobs with big jobs using ribbon cables.
Hybrid Fusion Splicer
A hybrid fusion splicer is able to work on both regular and ribbon fibers. Having more than one type of splice tool in one machine enables more flexibility for power splice jobs that include different kinds of fiber. This fusion splicer usually has features like both core alignment and ribbon splicing. It is useful for installation teams facing varied splicing needs.
Fiber Optic Display and Screens
JDSU splicers have displays with screens that are strong and resilient. The screens need to allow users to see clearly even in bright light. However, their displays also need to be tough so they do not break in tough work areas. The screens use shielding to avoid scratches and damage.
Alignment Technology
Many JDSU splicers use screens with liquid crystal displays, or LCDs. These types of screens provide sharp images that make precise alignments easy to see. An LCD screen works better than some other screens in ensuring accurate splicing. Accurate splicing is very important when working with core alignment technology.
Strong Shell and Casing
JDSU fusion splicers have sturdy exteriors formed from a type of plastic called polycarbonate. This plastic provides protection to the tools within the splicer. Polycarbonate's strength enables the splicer to work reliably for many years. It also means the device is safe when taken to job sites.
Heat Protection
Some parts within splicers make a lot of heat during their regular work. Devices use electric arcs to join fibers, and these machines generate heat. JDSU splicers use insulation to shield these areas from harm. This extends the life of the splicer while keeping it safe to use.
Shock Testing
To ensure strength, JDSU splicers undergo testing by experts to see how well they withstand shaking and hits. They are designed to keep performing, even with regular bumps. This durability means workers do not need to replace tools often.
Fast Fusion Splicer for Fiber Optic Installation
The JDSU Fusion Splicer helps installation teams finish their work more quickly. With automation features, it reduces the time needed to splice fibers. Greater speed allows installers to complete more jobs each day. Therefore, companies see increased output and lower labor costs.
Accurate Splicing for Low Maintenance
JDSU splicers make very few mistakes during fiber joining, leading to fewer repairs down the line. This splicer reduces the need to go back and fix poor connections later. Fixing issues will make installations costly. JDSU tools shield telecom firms from these expenses by ensuring accuracy at the start.
Reducing Outsourcing with In-House Fiber Splicing
Having the splicer lets firms do their splicing work instead of outsourcing it. Contractors would add expenses when telecom companies hired them to splice fibers. An in-house splicer removes the need for these extra contractor fees. That puts more money back in the budget of fiber optic companies.
Promotes Customer Satisfaction with Reliable Tool
JDSU Fusion Splicer performs reliably, which leads to happy customers. Properly installed networks provide users with stronger signals and steady internet service. Good telecom splicing ensures end-users receive reliable performance. Their satisfaction helps telecom providers gain and hold customers.
Dependable and Versatile Options for Various Projects
The JDSU splicer is flexible for many types of splicing projects. It works well whether on small jobs or big contracts. Single splices or ribbon splicing, the splicer has the power to perform. This adaptability fosters long-term value through years of reliable service across jobs.
Choosing the right tool for the job is important because there are many options now. An automatic fusion splicer reliably aligns and joins fibers with minimal user input. This feature makes it ideal for large telecom jobs requiring many splices. The core alignment splicer gives very accurate joins, which works well for sensitive tasks.
Job Size and Type
What kind of work will be done with the splicer? Large telecom installations need a machine that can handle many splices quickly. For smaller jobs or splicing complex fibers, a more manual tool might be better.
Splicing Speed and Precision
How fast or slow should the splicer work? Speed will matter for large jobs where splices must be joined quickly. Precision is more important for fiber used in lasers and medical tools. Picking a splicer must balance speed and accuracy based on the job.
Fiber Type
What kind of fiber will be used with the fusion splicer? Single-core optic fiber splicers work with one thin line of glass. Ribbon splicers can join many fibers at once. Splicing machines must match the fiber type to perform well.
Budget and Cost
How much money can be spent on a fusion splicer? Large jobs will need a more expensive machine that does many splices. Small jobs may get by with a cheaper manual tool. Costs must be compared for both speed and precision.
Portability and Conditions
Where will the splicer be used most of the time? The portability of fusion splicers like JDSU is crucial when working in tight spaces or outdoors. Harsh weather and job sites will also impact the splicer's housing and screens. Choosing a fusion splicer depends greatly on location as well.
A1: This tool joins fibers for faster internet and networks. Techs can splice optic lines quickly using core or ribbon tools.
A2: It keeps working in rain or dust because it has weather shields. The lens cover protects the camera from dirt, too.
A3: Techs can easily take them to job sites because they're lightweight. Splicing cables on poles or in basements is simple.
A4: Splicers by JDSU are built for daily use by install crews. They go through tests to ensure they last under heavy use.
A5: It has a sharp screen that shows the fiber on a live image. This makes it easy to line them up perfectly for low loss.
A6: Both core and ribbon splicers do splicing jobs with one tool. This provides versatility for different types of fiber.
A7: They provide speedy, accurate splices to power telecom jobs. Their strength means fewer repairs down the line for installers.
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