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Fiber Optic Splicing
Optical Fiber Splicing has two methods: mechanical or fusion... Read More
ULTRASplice Universal Mechanical Splice• The ULTRAsplice is for 125um clad fiber in singlemode and multimode applications. The splice acce...
Part: US-126
AFL FP-3M Fusion Protection Sleeve, 60mm, 900um - MagneticAFL Global FP-3M Magnetic Heat Shrink Fusion Protection Sleeve, 60mm, for up to 900um buffered fiber...
Part: S000066
AFL FPS Fusion Protection Sleeve, 20mm, 400umAFL Global FPS-01-400-20 Heat Shrink Fusion Protection Sleeve, 20mm, for up to 400um coated fiber, C...
Part: S012672
Splice Tech Ribbon Fiber Fusion Protection Sleeve, 30mm 1x GlassSplice Technologies Ribbon Fiber Heat Shrink Fusion Protection Sleeve with Single Glass Member, 30mm...
Part: MFSS-SQ30
Photon Kinetics FK12 Angled Ultrasonic CleaverCleaver is capable of producing similar low angle fiber cleaves as the FK11, but its primary applica...
Part: CLV-08-0001
3SAE EndFace Prep Station II (EPS II)High performance polisher for large diameter fiber processing, 400um to 2000um
Part: CLV-01-0011
3SAE Fiber Splicing Ultrasonic CleanerThe 3SAE Ultrasonic Cleaner is designed specifically for fiber splicing applications
Part: ACC-01-01XX
3SAE Automatic Electrode Cleaner (AEC)Simple and automated method for cleaning electrodes used in 3SAE’s arc based fusion splicers.
Part: ACC-01-0143
3SAE Liquid Clamp Cleaver II-S LDF (LCC II-S)High performance piezo cleaver for 125um to 1000um fiber utilizing 3SAE's Liquid Clamp Technology pa...
Part: CLV-01-0015
3SAE Liquid Clamp Cleaver II-A LDF (LCC II-A)High performance piezo cleaver for 125um to 1000um fiber utilizing 3SAE's Liquid Clamp Technology pa...
Part: CLV-01-0012
NorthLab ProCleave HS Standard Diameter Fiber CleaverAn advanced electronic fiber cleaver for fibers up to 220um and designed for use in production lines...
Part: CLV-09-0005
AFL FP-40 Fusion Protection Sleeve, 40mm, 900umAFL Global FP-40 Heat Shrink Fusion Protection Sleeve, 40mm, for up to 900um buffered fiber, Clear, ...
Part: S015916
3SAE Linear Tensile TesterAn automated tension tester for optical fibers with cladding diameters ranging from 80-400um in diam...
Part: RCT-01-0001
3SAE Large Diameter Bend Proof Tester (BPT)The first commercially available tool for testing the mechanical integrity of large diameter fibers/...
Part: RCT-01-0002
3SAE Ultrasonic Cleaner XL (USC-XL)The 3SAE Ultrasonic Cleaner XL is designed specifically for fiber optic applications, and...
Part: ACC-01-0209
Jonard Leaf Cleaver / 2.0 to 20mm Cleave LengthThe FC-220 is a single fiber cleaver designed to accommodate either 900µm buffered or 250µm coated f...
Part: FC-220
Miller FOC-SS Leaf Cleaver / 5.0 to 20mm Cleave Length- Designed for fiber cleaving applications that include field termination of fiber connectors and me...
Part: FOC-SS
Fitel S315 Pocket Cleaver / 5 to 20mm Cleave LengthThe Fitel S310 and S315 Single Fiber Field Cleavers are designed for cleaving fiber in the field qui...
Part: S315
AFL SpliceConnect Universal Mechanical Splicing ToolAFL’s SpliceConnect is a mechanical splice that provides an inexpensive, quick alternative to mating...
Part: CS004155
AFL SpliceConnect Universal Mechanical Splice Tool KitAFL Global's SpliceConnect is a mechanical splice that provides an inexpensive, quick alternative to...
Part: CS004162
Corning Camsplice Universal Mechanical SpliceCorning Camsplice Universal Mechanical Splice
Part: 95-000-04
3M Universal FibrLok Mechanical SpliceThe Fibrlok 2529 Universal Optical Fiber Splice was designed for splicing any combination of 250 to ...
Part: 2529
AFL SpliceConnect Universal Mechanical Splice (Bag of 6)AFL Global's SpliceConnect is a mechanical splice that provides an inexpensive, quick alternative to...
Part: CS004154
Fiber Optic Splicing
Optical Fiber Splicing has two methods: mechanical or fusion. Light passing through joined fibers cannot be scattered or reflected. 1) Mechanical splicing does not require a fusion splicer, joining fibers so light can pass from one to another introducing higher reflection than fusion method. 2) Fusion splicing has longer life than mechanical by fusing the cores with less attenuation, producing transparent, non-reflective, continuous connection enabling low loss light transmission. Field installations use splicing to restore fiber optic cables when buried cable is accidentally severed.
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