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AFL Fujikura Fusion Splicer Kit 90R CT50 Cleaver and Thermal Stripper with Bluetooth SKU: S017511 Unit of Measurement : EA$16,102.00 -
AFL Fusion Splicer Kit 90R Precision Cleaver and Thermal Stripper without Bluetooth SKU: S017510 Unit of Measurement : EA$16,057.00 -
AFL Fusion Splicer 90R without Bluetooth (Machine Only) SKU: S017540 Unit of Measurement : EA$13,916.60 -
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![AFL FuseConnect Accessory Kit]()
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![AFL Fusion Splicer Electrodes for 17S]()
AFL Fusion Splicer Electrodes for 17S, 18S, 19S, 50S/R, 60S/R, 70S/R (Pair) SKU: S013532 Unit of Measurement : Pair$89.75 -
![AFL Fusion Splicer Cleaning Kit V-Groove Splicer]()
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![AFL Thermal Stripper RS02 Strips 200um to 400um Coatings Bluetooth Capable]()
AFL Thermal Stripper RS02 Strips 200um to 400um Coatings Bluetooth Capable SKU: S016816 Unit of Measurement : EA$795.00 -
![AFL Fusion Splicer Sheath Clamp for Loose Tube Fibers S21B]()
AFL Fusion Splicer Sheath Clamp for Loose Tube Fibers S21B SKU: S016853 Unit of Measurement : Pr$154.00 -
![AFL Fusion Splicer Sheath Clamp for Loose Tube Fibers S70D]()
AFL Fusion Splicer Sheath Clamp for Loose Tube Fibers S70D SKU: S015862 Unit of Measurement : EA$154.00 -
![AFL Fusion Splicer Fiber Holders FH-70-250 250um Coated Fiber (Pair)]()
AFL Fusion Splicer Fiber Holders FH-70-250 250um Coated Fiber (Pair) SKU: S017111 Unit of Measurement : EA$285.00 -
![AFL Fusion Splicer Fiber Holders FH-70-900 900um Jacketed Fiber (Pair)]()
AFL Fusion Splicer Fiber Holders FH-70-900 900um Jacketed Fiber (Pair) SKU: S017113 Unit of Measurement : Pair$285.00
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.
