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When we purchase a OTDR, we meet the frist problem: how long this OTDR can test? Today, we share a tip to you:   Take the single mode OTDR with 131...

OTDR conventional wavelengthSinglemode wavelength: 1310nm /1550nmMultimode wavelength: 850nm/1300nm Non-online PON network wavelength: 1490nm is a ...

The AFL S018330 Fujikura CT16 Cleaver, with a dual fiber adapter plate for single or two fiber cleaving, is designed for FTTH or other space const...

The fiber cleaver usually works in conjunction with fusion splicers to do optimum splicing jobs, and is the key to quality connectors and splices.F...

The "splicing" of fusion splicer is also called hot melting. Hot melting, as the name implies, is to achieve the purpose of optical fiber connectio...

The Fujikura  90S+ fusion splicer is upgrade from fujikura 90s fusion splicer, 90s+ a core alignment fusion splicer with 6 motor, setting a new ...

 Do you know the difference between ordinary optical power meter and PON power meter? Today, Fusion splicer store will give you a simple science popularization.

Why need replace the electrodes for your Fujikura 90s+ fusion splicer?Fujikura recommend customer to replace the electrodes , because worn electrod...

       Fusion splicer is a high-tech instrument that combines optics, electronic technology and precision machinery. It is mainly used for the cons...

As a fusion Splicer Service Center we provide repairs and maintenace, spare parts and technical support for  Fusion Splicers & splicing ma...

* Be able to view and measure all events especially those masked after the OTDR bulkhead
*  Characterize the input and output connectors
*  Compensate for OTDR Deadzone. Deadzone increases with wider pulse widths

Optical fiber fusion splicer are frequently used in the construction and maintenance of optical cables in optical communication. Regular maintenance helps to improve splicing machine service life, keep it in good working condition and improve daily work efficiency