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AFL Adapter Plate, Black, 12 Fiber SC SM, Zirconia Sleeve, LGX 118 SKU: FM003297 Unit of Measurement : EA$46.60 -
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EXFO Optical Loss Test Set 1310/1550nm MAX945SM1 SKU: MAX945SM1EAEAEUI91GP10098 Unit of Measurement : EA$6,175.00 -
EXFO Optical Loss Test Set 1310/1550nm MAX945SM1 VFL RF SKU: MAX945SM1RFVFLEAEUI91 Unit of Measurement : EA$6,895.00 -
![EXFO Optical Loss Test Set 1310/1550nm MAX-945SM1 PM SC]()
EXFO Optical Loss Test Set 1310/1550nm MAX-945SM1 PM SC SKU: MAX945SM1EAEUI91PM2XFOA54BGP10098 Unit of Measurement : EA$7,720.00 -
![EXFO Optical Loss Test Set MAX945SM1 SC/APC VFL PM]()
EXFO Optical Loss Test Set MAX945SM1 SC/APC VFL PM SKU: MAX945SM1EAEAEUI91VPM2XFOA54BRFGP10098 Unit of Measurement : EA$7,535.00 -
![EXFO Optical Loss Test Set 1310/1550nm MAX945SM1 Single Unit]()
EXFO Optical Loss Test Set 1310/1550nm MAX945SM1 Single Unit SKU: MAX945SM1SCAPC Unit of Measurement : EA$5,635.00 -
![AFL Fusion Splicer AC Adapter ADC-20]()
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![EXFO Optical Loss Test Set 1310/1550nm MAX945SM1 SC/APC VFL PM RF FIP430B Probe]()
EXFO Optical Loss Test Set 1310/1550nm MAX945SM1 SC/APC VFL PM RF FIP430B Probe SKU: MAX945SM1EAEAEUI91VPM2XFOA54BFP430BUPCFIPT400STRFGP10098 Unit of Measurement : EA$9,627.00 -
![FIS Simplex 1.6mm SM 9/125 Ultra LC/APC-LC/UPC 10 meters]()
FIS Simplex 1.6mm SM 9/125 Ultra LC/APC-LC/UPC 10 meter SKU: Y9LALUS10FISCU Unit of Measurement : EA$5.95 -
![EXFO SC Adapter for ELS-50 Light Source]()
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![FIS 12F MPO Cassette MM OM3 (x1) MTP/M-LC/UPC Type B]()
FIS 12F MPO Cassette MM OM3 (x1) MTP/M-LC/UPC Type B SKU: F1MTPMLCOM312B Unit of Measurement : EA$150.00
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.
