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Corning® Splice Tray CCS (12) Fusion Splices or (6) Mass 12F Splices Type 4R for Corning® Wall Mounts SKU: M67110 Unit of Measurement : EA$50.75 -
Puremode Polarization Maintaining Fiber 980nm Bare Fiber 250um Dual Acrylate Coating 200KPSI SKU: PM98U25H Unit of Measurement : Mtr$14.25 -
Corning® Cable Systems ST Connector Multimode UniCam 50 125um Zirconia SKU: 9505051 Unit of Measurement : EA$17.45 -
Corning® Cable Systems Mid-Span Access Tool Replacement Blades for OFT000 SKU: OFT001 Unit of Measurement : Pkg$58.50 -
![Corning® Splice Tray CCS (24) Fusion Splices Type 2S]()
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![Corning® Puremode Polarization Maintaining Fiber 1550nm Bare Fiber 400um Dual Acrylate Coating 100KPSI]()
Puremode Polarization Maintaining Fiber 1550nm Bare Fiber 400um Dual Acrylate Coating 100KPSI SKU: PM15U40 Unit of Measurement : Mtr$12.95 -
![Corning® Cable Systems LC Connector Multimode UniCam 62.5 125um Zirconia]()
Corning® Cable Systems LC Connector Multimode UniCam 62.5 125um Zirconia SKU: 9500099 Unit of Measurement : EA$15.95 -
![Corning® Cable Systems Mid-Span Access Tool Replacement Blades for UTA3000]()
Corning® Cable Systems Mid-Span Access Tool Replacement Blades for UTA3000 SKU: UAT3BLADES Unit of Measurement : Pkg$240.00 -
![Corning® Splice Tray CCS (12) Mechanical Camsplices Type 4S]()
Corning® Splice Tray CCS (12) Mechanical Camsplices Type 4S SKU: M67087 Unit of Measurement : EA$44.95 -
![Corning® Puremode Polarization Maintaining Fiber 1550nm Bare Fiber 250um Dual Acrylate Coating 100KPSI]()
Puremode Polarization Maintaining Fiber 1550nm Bare Fiber 250um Dual Acrylate Coating 100KPSI SKU: PM15U25 Unit of Measurement : Mtr$12.00 -
![Corning® 980 Specialty Hi Photonic Fiber]()
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![Corning® Splice Tray Bracket for PCH-04U]()
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.
