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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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New Cleave Counter Feature in Fujikura 70 and 19 Series Fusion Splicers

One of the most critical maintenance tasks of fusion splicing equipment is cleaver maintenance. In addition...

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Splicing Bend Insensitive Fiber

To enable low splice loss and accurate loss estimation, Fujikura optimized splice modes for ClearCurve to S...

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New Cleave Counter Feature in Fujikura 70 and 19 Series Fusion Splicers

One of the most critical maintenance tasks of fusion splicing equipment is cleaver maintenance. In addition to cleaning the clamp pads, blade rotation is the most common maintenance requirement.

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Splicing Bend Insensitive Fiber

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.

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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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2:27

Fujikura 70S+ Fusion Splicer from AFL

Splicing 900 µm Loose Buffer Fiber

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Next Flipbook

Other content in this Stream

One of the most critical maintenance tasks of fusion splicing equipment is cleaver maintenance. In addition to cleaning the clamp pads, blade rotation is the most common maintenance requirement.

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.

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.

Fujikura 70S+ Fusion Splicer sets the new standard for splicers. Learn more: http://bit.ly/70S-Splicer

Instructions for splicing AFL's Wrapping Tube Cable with SpiderWeb Ribbon using a Fujikura 70R Fusion Splicer. Learn more on our website: http://bit.ly/wtc-swr

Fujikura Empalmadora De Fusión 70S Vídeo: http://bit.ly/70S-Splicer

Fujikura Empalmadora De Fibra Individual 22S: http://bit.ly/1P6ysU0

Mike at PhotonicWest 2018 at booth 2125 to talk about new specialty fibers.

Mike Hetrick, national sales manager OEM, interviewed by LaserFocus World about our new LZM-110 laser splicer at Photonics West 2017.

Fujikura Automated Fiber Cleavers including the CT-104, CT-105 and CT-106. Visit our website to learn more: http://bit.ly/Cleavers

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Fujikura, the worldwide leader in fusion splicing and fiber preparation, introduces the FSR-05, FSR-06, and FSR-07 automatic fiber recoaters.

Meet the new Fujikura 62S core alignment fusion splicer. Performance, durability, service and support all at a very attractive price. Learn more: https://bit.ly/62S-splicer

The NEW Fujikura single fiber fusion splicer has the best of technology and reliability with a very attractive price point.

Demonstration of the NEW Fujikura 21S Single Fiber Fusion Splicer. Learn more on our website: http://bit.ly/1L6tJSf

How to use the AFL CT-06 Series Fiber Optic Cleaver. Learn more about this cleaver: http://bit.ly/1h3ihYg

This video outlines a number of photonic components and assemblies that can be fabricated including lenses, multi-core fan-outs, tapered devices and over-cladding.

How to: The proper way to prepare a ribbon fiber for splicing using the CT-30 high precision cleaver and the Fujikura 70R Fusion Splicer. http://bit.ly/70R-Splicer http://bit.ly/CT-30-Cleaver