Fusion Splicers

Single fiber fusion splicer. Splicing time: 6-9 s, heating time: 16-25 s. Core loss estimation function, touch panel, Bluetooth 4.1 LE connectivity

A robust core alignment fusion splicer, providing consistent, low loss, splice performance. Splicing time: 7-9 sec. Heat time: 13-15 sec.

Direct core monitoring fusion splicer for ultra fast splicing in every environment. Splicing time: 5 s, heating time: 9 s.

Core-to-core alignment fusion splicer for SM, MM, DS, NZDS optical fibers. Splice time: quick mode - 7 sec / auto mode - 8 sec, heating time: 13 sec. Ultra-high capacity battery.

Automatic fusion splicer for optic fiber splicing with core fiber alignment. Splicing time: 9 s, heating time: 30 s.

A robust core alignment fusion splicer, providing consistent, low loss, splice performance. Splicing time: 7-9 sec. Heat time: 13-15 sec.

Automatic fusion splicer for optic fiber splicing with core or cladding fiber alignment. Splicing time: 9 s, heating time: 15 s.

9 seconds splice time and 30 seconds heat time. Core-core or clad-clad alignment, PAS technology. Designed for splicing SM, MM, NZDS optical fibers.

Compact device weighing 1.1 kg. 9 seconds splice time and 30 seconds heat time. Core-core or clad-clad alignment Designed for splicing SM, MM, NZDS optical fibers.

Automatic fusion splicer for optic fiber splicing with core or cladding fiber alignment. Splicing time: 9 s, heating time: 16-25 s.

A robust core alignment fusion splicer, providing consistent, low loss, splice performance. Splicing time: 7-9 sec. Heat time: 13-15 sec.

A robust core alignment fusion splicer, providing consistent, low loss, splice performance. Splicing time: 7-9 sec. Heat time: 13-15 sec.

Single fiber fusion splicer. Splicing time: 6-9 s, heating time: 16-25 s. Core loss estimation function, touch panel, 4.1 LE connectivity

2 in 1: a fusion splicer and a fiber endface melter. High presicion PAS alignment system. Splice time: 5 s, heating time: 8 s.

2 in 1: a fusion splicer and a fiber endface melter. Equipped with 6 motors for precise core-to-core alignment. Splice time: 5 s, heating time: 8 s.

2 in 1: a fusion splicer and a fiber endface melter. High presicion PAS alignment system. Splice time: 5 s, heating time: 12 s.

The splicer utilizes 6 motors, autofocus, and core alignment. It features fast splicing and heating (8/18 seconds), convenient replacement of electrodes, and improved ergonomics of the backlight.

Features splicing time: 6 s, heating time: 15 s. Six motors, automatic focusing, core alignment. 5.1-inch TFT display 800x480, 300x magnification.

Core-alignment fusion splicer is compatible with a wide range of cables which are popular in FTTx. Splicing time: 7 s. Heating time: 35 s.

Compact fusion splicer with a replaceable 5200 mAh rechargeable battery and charge indicator. Splicing time: 8 s, heating time: 20 s

PAS alignment. Splicing in 8 seconds, heating in 20 seconds. Color display. The housing is protected by a rubber cover. 6500 mAh Li-Ion battery.

Fast and capable fusion splicer. Automatically identifies and splices all types of fiber (SMF, MMF, DSF, NZDSF, BIF). Splicing time: 6 s, heating time: 15 s.

Core-to-core alignment single fiber splicer designed for splicing single-count optical fibers. Splicing time: 5 s, heating time: 15 s.

Fusion splicer designed to splice up to 12 fiber ribbon cables simultaneously. Self cladding alignment with melting surface tension. Splicing time: 11-12 sec, heat time: 13-15 sec.