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Splicing 900 µm Loose Buffer Fiber

May 17, 2018

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When understanding the unique characteristics of this fiber type and the interaction with standard splicing equipment, the splicing technician can distinguish fiber related problems from splicer related problems, thereby, eliminating frustrations and increasing productivity.

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White Paper: Splice Loss Estimation with the Fujikura 41S Fusion Splicer

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AFL Honored by 2019 Cabling Installation & Maintenance Innovators Awards

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Bluetooth Splicing Cost Study

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Blog: Splice Loss Estimation with the Fujikura 41S Fusion Splicer

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3:17

Fujikura 41S Splicer with Bluetooth Enabled CT50 Fiber Cleaver

With the 41S you can achieve splice analysis never before seen in an active cladding alignment splicer. And pairing the 41S with the superior cleaving efficiency of the Bluetooth enabled CT50 creates

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Splicing 200µm Ribbon – Getting Started on the Right Foot

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AFL Showcasing Bluetooth-enabled Fusion Splicer, Award-winning OTDR at TechAdvantage 2019

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New Splicers Push Limits

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AFL Awarded Four New Patents

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AFL is launching the Fujikura CT50 fiber cleaver with innovative new features including Bluetooth capability, a push-button motorized blade rotation and a rugged exterior.

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Visible Splice Joint

After splicing two optical fibers together the operator should make a visual inspection of the splice to ensure that there are no bubbles or other splice defects.

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Using a 70S to Align Fibers for Reel Testing

The procedure for setting up a splice mode in the Fujikura 70S so that the fusion splicer can be used to align the test jumper to the fiber under test

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Benefits of Aerial Splicing

A weather-tight splice closure is the most beneficial fiber installation and it creates the optimum environment for safely and effectively housing fiber optic splices in aerial applications.

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Return to Home

Splicing 900 µm Loose Buffer Fiber

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Other content in this Stream

This white paper will introduce the larger categories of splice loss estimation methods and applications to better explain in context how the Fujikura's 41S splicer estimation technique performs.

AFL application engineer, Lucas Mays, reflections on his experience at the Fall 2019 BICSO conference while also winning an innovation award.

AFL investigates and documents each aspect of the cable joining and the ribbon fiber splicing process of ultra-high density fiber optic cable in data center applications and new access networks.

This white paper aims to educate the industry on the different splicer technologies, using technical and data differentiators as opposed to marketing verbiage.

AFL was recognized with three awards: platinum for its Bluetooth®-enabled splicing family; gold for FlexScan® Quad OTDR; and silver for FOCIS Lightning.

Cost study: Compared to a traditional splicer-cleaver combination, a Bluetooth-enabled splicer/cleaver combination produce a 76% cost of ownership reduction and weeks of time reclaimed.

A blog focusing on the Fujikura 41S fusion splicer and its loss estimation advantage compared to other cladding alignment splicers.

En el mundo de las empalmadoras, Fujikura fue el primero en utilizar tecnología de Bluetooth en una manera que se traduce en verdaderos ahorros monetarios.

With the 41S you can achieve splice analysis never before seen in an active cladding alignment splicer. And pairing the 41S with the superior cleaving efficiency of the Bluetooth enabled CT50 creates

AFL Application Engineer Lucas Mays explains the challenges and options available when splicing 200µm fibers.

AFL, an industry-leading manufacturer of fiber optic cable, equipment, and accessories, is exhibiting at the 2019 Tech Advantage Conference and Expo in Orlando, FL.

AFL has released two new flusion splicers to the market. The Fujikura 41S Core Sensing fusion splicer, and the Fujukura 31S fusion splicer have both raised the bar of splicer technology.

The new patents were for technology and product developments in Optical Connectivity and Apparatus (OCA) and Fusion Splicing technologies.

The Fujikura 41S Core Sensing fusion splicer and the 31S both feature touchscreen technology and active cladding alignment capability, simplifying use and greatly reducing the need for rigorous...

AFL is launching the Fujikura CT50 fiber cleaver with innovative new features including Bluetooth capability, a push-button motorized blade rotation and a rugged exterior.

To enable low splice loss and accurate loss estimation, Fujikura optimized splice modes for ClearCurve to SMF and ClearCurve to ClearCurve in the FSM-60S.

Watch the video featuring the Fujikura 62S Fusion Splicer.

After splicing two optical fibers together the operator should make a visual inspection of the splice to ensure that there are no bubbles or other splice defects.

The procedure for setting up a splice mode in the Fujikura 70S so that the fusion splicer can be used to align the test jumper to the fiber under test

A weather-tight splice closure is the most beneficial fiber installation and it creates the optimum environment for safely and effectively housing fiber optic splices in aerial applications.