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FIS Visual Fault Locator with Universal 2.5mm Adapter Singlemode / Multimode SKU: OF1000UF Unit of Measurement : EA$350.00 Qty Buy as low as $315.00 -
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FIS Mandrel 4mm for Bend-Insensitive Multimode Fiber for 1.6/2mm Cable SKU: F1CCM04 Unit of Measurement : EA$40.95 Qty Buy as low as $32.76 -
EXFO Optical Loss Test Set 1310/1550nm MAX945SM1 Automated SC/ACP Single Unit SKU: MAX945SM1EAEUI91 Unit of Measurement : EA$6,175.00 -
![FIS Digital Inspection Probe Kit USB (SC & LC UPC Tips)]()
FIS Digital Inspection Probe Kit USB (SC & LC UPC Tips) SKU: F1DI1000 Unit of Measurement : EA$1,095.00 Qty Buy as low as $876.00 -
![EXFO OTDR Optical Wave Expert Wi-Fi Bluetooth]()
EXFO OTDR Optical Wave Expert Wi-Fi Bluetooth SKU: MAX740CDWOCCOTDREAEUI91RF Unit of Measurement : EA$20,245.00 -
![FIS Launch Box Style #7 SM SC/UPC - SC/APC 500 meters]()
FIS Launch Box Style #7 SM SC/UPC - SC/APC 500 meters SKU: PS73500PYUYA Unit of Measurement : EA$260.00 -
![FIS Visual Fault Locator with LC Adapter Singlemode / Multimode]()
FIS Visual Fault Locator with LC Adapter Singlemode / Multimode SKU: OF1000ULC Unit of Measurement : EA$350.00 Qty Buy as low as $315.00 -
![Lightera Optical Fiber Identifier LightFinder ID-H with Universal Head]()
Lightera Optical Fiber Identifier LightFinder ID-H with Universal Headl Head SKU: F1IDH Unit of Measurement : EA$1,344.00 -
![FIS MM Mandrel Kit-50um and 62.5um]()
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![FIS Digital Inspection Probe with Dedicated Monitor (SC & LC Tips)]()
FIS Digital Inspection Probe with Dedicated Monitor (SC & LC Tips) SKU: F1CI1100 Unit of Measurement : EA$1,375.00 Qty Buy as low as $1,100.00 -
![EXFO OTDR Optical Wave Expert iOLM VFL PM with Bluetooth]()
EXFO OTDR Optical Wave Expert iOLM VFL PM with Bluetooth SKU: MAX740CDWOCCIOLMEAEUI91VPM2XFOA54BRF Unit of Measurement : EA$21,235.00
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.
