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Divot Bare Fiber Testing Device - SC SM, MM 62.5um & 50um SKU: DVTSMB3 Unit of Measurement : EA$395.00 -
AFL Optical Fiber Identifier Bend Insensitive with Power Meter SKU: OFIBIPM Unit of Measurement : EA$2,456.00 -
FIS OTDR, Singlemode, 1310/1550nm, Thunder Bolt with Gigabit Analyzer and Link Checker SKU: TB1315E Unit of Measurement : EA$3,395.00 -
FIS 98 Channel (14-62.5), DWDM Tunable Laser Source with Video Inspection SKU: OST80C Unit of Measurement : EA$5,420.80 -
![FIS 400X Benchtop Video Microscope with detached 8 inch Monitor]()
FIS 400X Benchtop Video Microscope with detached 8 inch Monitor SKU: F1VM400D Unit of Measurement : EA$695.00 -
![Anritsu Wheeled Hard-Side Protective Case for Anritsu PIM Master]()
Anritsu Wheeled Hard-Side Protective Case for Anritsu PIM Master SKU: 760259R Unit of Measurement : EA$1,140.00 -
![Wilcom Optical Fiber Identifier]()
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![Divot Index Matching Gel Replacement Cartridges Bare Fiber Testing Device 3 Pack]()
Divot Index Matching Gel Replacement Cartridges Bare Fiber Testing Device 3 Pack SKU: DVTRC3 Unit of Measurement : Pkg$70.00 -
![FIS Microscope Compact 200x 1.25mm & 2.5mm Adapters]()
FIS Microscope Compact 200x 1.25mm & 2.5mm Adapters SKU: F1MS200U Unit of Measurement : EA$150.00 Qty Buy as low as $120.00 -
![FIS Mini Visual Fault Locator 2.5mm Adapter]()
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![FIS 18 Channel 1271-1611nm CWDM Analyzer (COSA)]()
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![Anritsu Fiber Launch Kit, Singlemode, 100 meters, with Armored Leads, SC/APC SC/APC, Includes SC/APC Adapter]()
Anritsu Fiber Launch Kit, Singlemode, 100 meters, with Armored Leads, SC/APC SC/APC, Includes SC/APC Adapter SKU: FMTL5 Unit of Measurement : EA$120.00
Splicing
Fusion Splicing is a preferred way to join two fibers together by using heat. Whether the fiber was broken or not long enough, a fusion splicer will make your job easier. Splicing fiber optic cable is fairly simple procedure. Prepared fiber ends are placed in the splicer and automatically aligned and then fused together. This method ensures greater reliability with less light being scattered or reflected back by the splice. The splice itself if done correctly should be as strong as the original optical fiber.
