Shop fiber optic cable cutting tools for trimming Kevlar and aramid strength members. Compare serrated cutters from Ideal and Paladin at PFP. / Hand Tools / Cutting / Fiber Optic Cable Cutting Tools Shop fiber optic cable cutting tools for trimming Kevlar® and aramid strength members during termination, repair and cable assembly. Compare the verified cutting tools below by blade design, grip and application. Shop Fiber Optic Cable Cutters and Kevlar Scissors Quick View Ideal - Round Cable Slitting Ringing Tool Price $70.89 Excluding Sales Tax Quick View Ideal 35-052 Cable Cutter for 2/0 Copper & 4/0 Aluminum, 9.5" Price $49.69 Excluding Sales Tax Quick View Ideal 35-053 Ratcheting Cable Cutter, 750 MCM Price $445.32 Excluding Sales Tax Quick View Ideal 45-074 Cable Cutter / Data T-Cutter, 5.5" Price $19.89 Excluding Sales Tax Quick View Ideal 45-357 Ruby Tip Fiber Optic Scribe Price $40.48 Excluding Sales Tax Quick View Ideal 45-358 Sapphire Tip Fiber Optic Scribe Price $39.38 Excluding Sales Tax Quick View Ideal 45-359 Carbide Tip Fiber Optic Scribe Price $63.05 Excluding Sales Tax Quick View Paladin Kevlar® Cutters Price $47.00 Excluding Sales Tax Quick View Ideal 35-4052 Smart-Grip 2/0 Cable Cutters, 9 1/2" Price $39.68 Excluding Sales Tax Quick View Ideal 45-123 T-Cutter Wire Cutter Pliers, 10 AWG Price $21.30 Excluding Sales Tax Quick View Ideal 45-344 Serrated Kevlar® Cutter Price $29.15 Excluding Sales Tax 1 Cutting Tools for Fiber Optic Cable Preparation Fiber optic cable preparation can require several different tools because the jacket, buffer tube, aramid strength members and optical fiber serve different functions. The cutting tool must match the specific material being removed or trimmed. The current PFP collection focuses on cutters for Kevlar® and other aramid strength members found inside many fiber optic cables. These reinforcing yarns support the cable mechanically and require a cutting edge designed to grip and sever strong fibers without repeated pulling or sawing. PFP currently offers the Paladin Kevlar® Cutters and the Ideal 45-344 Serrated Kevlar® Cutter. Both products use serrated cutting edges, but their construction and handling features differ. Review the individual product information before selecting a tool. Kevlar and Aramid Fiber Scissors Kevlar and aramid fibers are commonly used as strength members within fiber optic cable. Dedicated fiber optic scissors or shears use cutting edges intended to grip these fibers during trimming. The Paladin Kevlar® Cutters are designed to cut protective Kevlar® strands in fiber optic cable. The product uses hard-chromed serrated edges and handles with large finger openings. The Ideal 45-344 Serrated Kevlar® Cutter combines serrated cutting edges with a breaker notch and textured cushioned-grip handles. Select between these products according to the required blade design, handling preference and cable preparation procedure. Fiber Optic Cable Cutters A fiber optic cable cutter severs the complete cable rather than trimming only its internal strength members. The correct cutter depends on the cable’s outside diameter, jacket material, reinforcement and internal construction. A cutter designed for copper, aluminum or coaxial cable should not automatically be presented as a fiber optic cable cutter. PFP should add a general cable cutter to this gallery only when its product specifications explicitly confirm the supported fiber optic cable constructions and cutting capacities. The two products currently verified for this gallery are intended for Kevlar® or aramid strength members. Do not describe them as whole-cable cutters unless the manufacturer’s specifications support that application. Cable Slitters and Ringing Tools Cable slitters and ringing tools open or remove an outer jacket while limiting damage to the components underneath. They perform a different operation from tools that sever an entire cable or trim aramid yarn. Place jacket slitters, ringing tools and related cable-opening products in the Fiber Optic Stripping Tools subcategory when their specifications confirm compatibility with fiber optic cable. Fiber Cleavers and Scribes A fiber cleaver prepares the glass fiber end for fusion splicing or another precision process. A fiber optic scribe scores the glass so it can be separated in a controlled manner. Neither product type should be grouped with cable cutters or Kevlar scissors. Direct users looking for precision glass preparation to Fusion Splicing Equipment or Fiber Optic Scribing Tools . How to Choose a Fiber Optic Cutting Tool Choose the tool according to the specific layer or material that must be cut. Product appearance alone does not establish compatibility with a fiber optic cable. Identify the Material Being Cut Determine whether the task involves the complete cable, outer jacket, buffer tube, aramid strength members or bare glass fiber. Each material may require a different tool. Use dedicated Kevlar or aramid scissors for strength-member yarn. Use a documented cable cutter for the complete cable and a compatible stripping or slitting tool for jacket removal. Use a precision cleaver or scribe when the process requires controlled separation of bare glass fiber. Verify Cable Construction and Capacity Fiber optic cables vary in diameter, jacket material and internal reinforcement. Before ordering a whole-cable cutter, confirm the maximum cutting capacity and the cable constructions supported by the manufacturer. Do not assume that a tool rated for electrical wire, copper cable, aluminum cable or coaxial cable is also suitable for fiber optic cable. Consider Serrated Cutting Edges Serrated edges can help grip aramid yarn while the blades close. Both Kevlar cutting products currently verified in the PFP gallery use serrated cutting edges. Compare the complete product design rather than selecting a tool based only on the word “serrated.” Handle size, grip construction, blade material and the manufacturer’s intended application can affect which tool is appropriate for a particular technician or production process. Consider Serrated Cutting Edges Serrated edges can help grip aramid yarn while the blades close. Both Kevlar cutting products currently verified in the PFP gallery use serrated cutting edges. Compare the complete product design rather than selecting a tool based only on the word “serrated.” Handle size, grip construction, blade material and the manufacturer’s intended application can affect which tool is appropriate for a particular technician or production process. Follow the Cable Preparation Procedure Use the cutting sequence and dimensions specified by the cable, connector or splice-component manufacturer. Cutting strength members too short can interfere with termination, while leaving excessive material can make assembly difficult. Inspect the tool before use and replace or service it when the cutting edges no longer perform as required. Follow the tool manufacturer’s handling and maintenance instructions. Applications for Fiber Optic Cutting Tools Fiber optic Kevlar scissors and related cutting tools support cable preparation tasks in applications such as: Fiber optic connector termination Cable assembly production Telecom and broadband installation Data center cabling Network maintenance and repair Cable retermination Fiber-to-the-home deployment Laboratory and test setups OEM fiber optic assembly Field technician tool kits The required tool depends on the cable layer being prepared. Confirm the material, dimensions and cutting procedure before beginning the termination or repair. Fiber Optic Cable Cutting Tools FAQ What is a fiber optic cable cutting tool? A fiber optic cable cutting tool is used during cable preparation to sever a complete cable or trim a specific cable component. The term can include whole-cable cutters and scissors designed for Kevlar or aramid strength members. The tool must match the material being cut. Can standard scissors cut Kevlar in fiber optic cable? Standard scissors may not grip or cut aramid yarn effectively. Dedicated Kevlar scissors use cutting edges designed for this strong material. Verify the intended application and condition of the cutting edges before use. What is the difference between a fiber optic cable cutter and a fiber cleaver? A cable cutter is used on the complete cable or one of its structural materials. A fiber cleaver prepares the bare glass fiber end for precision processes such as fusion splicing. These tools are not interchangeable. What is the difference between a cutter and a cable slitter? A cutter severs a cable or trims a material such as aramid yarn. A cable slitter makes a longitudinal or circumferential opening in the jacket so it can be removed. Slitting and stripping tools should be selected according to the cable construction and jacket thickness. Which PFP tools are designed to cut Kevlar? The current verified collection includes the Paladin Kevlar® Cutters and the Ideal 45-344 Serrated Kevlar® Cutter. Both use serrated cutting edges, but their blade and handle features differ. Does fiber mode determine which cable cutter I need? Singlemode or multimode designation alone does not determine the correct cutting tool. Select the tool according to the cable diameter, jacket, internal construction, strength members and the specific material being cut. Find the Right Fiber Optic Cable Cutting Tool Compare the Kevlar and aramid cutting tools above for fiber optic termination, cable assembly and repair. Contact Precision Fiber Products for help matching the cutting tool to your cable construction and preparation process.

Explore top-tier fiber optic solutions at Precision Fiber Products, Inc. We specialize in high-quality fiber optic cables and essential accessories, delivering industry-leading performance and reliability. Discover our wide range of products and find the perfect solution for your projects. Categories Hand Tools Epoxy Systems + Consumables Fiber / Furcation Tubing Fiber Cable Assemblies Attenuators Polishing Systems + Consumables Fiber Copper Hybrid Cable Assemblies Fiber Interconnect Components Test Equipment Cleaning Supplies Splicing Crimping Stripping Cutting Scribing Menu Close Epoxy Curing Epoxy Piano Wire Curing Sleeves Epoxy Bed Cutting Equipment Menu Close Bare Fiber Furcation Tubing Bare Fiber Test Spools Menu Close Data Center Assemblies Specialty Assemblies Menu Close Contact Us Help Zone Blog Menu Close Search Log In Hand Tools Epoxy Systems + Consumables Attenuators Polishing Systems + Consumables Test Equipment Cleaning Supplies Splicing Fiber / Furcation Tubing Fiber Cable Assemblies Fiber Copper Hybrid Cable Assemblies Fiber Interconnect Components More than 20 years of experience delivering precision fiber optic products, equipment, and custom-engineered solutions worldwide. Fiber Optic Products, Components, Tools and Equipment Welcome to Precision Fiber Products, Inc. Follow us MT Spectacular™ Fiber Optic Polishing System Precision polishing engineered for demanding fiber optic applications. Learn More | Request Information Check out our latest products! Latest products Quick View Fiber/Copper Pneumatic Crimping Machine Price $1,235.00 Excluding Sales Tax Quick View Spectacular Gecko Film Price $18.00 Excluding Sales Tax Quick View PFP Digital Fiber Optic Curing Oven Price $495.00 Excluding Sales Tax Custom Engineering & Product Development Need a fiber optic component that doesn't exist? Read More Our engineering team designs and manufactures custom fiber optic interconnect solutions tailored to your application. Custom Connectors Custom Ferrules Polishing Fixtures Assembly Tooling Precision Mechanical Components Prototype Development Manufacturing Support customerservice@pfpfiber.com Tel: +1 408-946-4040 1021 Bay Blvd, Ste D, Chula Vista, CA 91911 Don’t miss any updates Subscribe now and get exclusive updates on our fiber optic products, special promotions, and more. Be part of the innovation! Subscribe

Shop fiber optic strippers for cable jackets, 900 and 250 µm buffer coatings, and precision fiber preparation. Compare professional tools from PFP. / Hand Tools / Stripping / Fiber Optic Stripping Tools Shop fiber optic strippers for removing cable jackets, buffers and fiber coatings during termination, splicing, repair and cable assembly. Compare each tool’s supported stripping functions and dimensions before ordering. Shop Fiber Optic Strippers and Cable Stripping Tools Quick View Ideal 45-120 T5 Wire T-Stripper, 18-10 AWG Price $14.21 Excluding Sales Tax Quick View Ideal 45-418 Reflex T8E Wire Stripper, 16-8 AWG Price $20.13 Excluding Sales Tax Quick View Ideal 45-415 Reflex T5E Wire Stripper, 18-10 AWG Price $20.29 Excluding Sales Tax Quick View Ideal 45-121 T6 Stranded Wire T-Stripper, 26-16 AWG Price $16.50 Excluding Sales Tax Quick View Ideal 45-417 Reflex T6E Wire Stripper, 30-22 AWG Price $20.42 Excluding Sales Tax Quick View Ideal 45-416 Reflex T6E Wire Stripper, 26-16 AWG Price $20.90 Excluding Sales Tax Quick View Ideal 45-124 T8 Stranded Wire T-Stripper, 16-8 AWG Price $18.12 Excluding Sales Tax Quick View Ideal 45-125 T7 Single Wire T-Stripper, 22-30 AWG Price $20.29 Excluding Sales Tax Quick View Ideal - Cable Stripping for 1/4 in. to 3/4 in. Price $35.65 Excluding Sales Tax Quick View Ideal - Compression Connector Installation Kit Price $63.41 Excluding Sales Tax Quick View Ideal - Economy 10base-T TeleMaster Kit Price $151.81 Excluding Sales Tax Quick View Ideal - Economy Data and CATV Kit Price $178.55 Excluding Sales Tax Quick View Ideal - Economy UTP Stripper Price $6.92 Excluding Sales Tax Quick View Ideal - OmniStrip Tool RG6/59 & UTP Price $32.81 Excluding Sales Tax Quick View Ideal - Pro Installer Kit Price $825.86 Excluding Sales Tax Quick View Ideal - Twisted Pair/Coax Termination Kit 33-869 Price $565.71 Excluding Sales Tax Quick View Ideal 33-505 Punchmaster II Kit with 66 / 110 Punch Down Tool Price $133.84 Excluding Sales Tax Quick View Ideal 45-163 Two-Step RG58 Coax Stripper, 1/8"-7/32" Price $35.59 Excluding Sales Tax Quick View Ideal UTP/STP Coaxial Cable Stripper 1/4 Inch to 9/16 Inch ID Price $55.63 Excluding Sales Tax Quick View Miller FO 103-S-140 Fiber Optic Stripper, 140 Micron Price $78.66 Excluding Sales Tax Quick View Paladin Adjustable Jacket Stripper Price $8.60 Excluding Sales Tax Quick View Paladin AM 35 Slitter Price $52.78 Excluding Sales Tax Quick View Paladin Economy Fiber Optic Stripper Price $34.69 Excluding Sales Tax Quick View Paladin Universal Slitter Price $34.49 Excluding Sales Tax 1 2 Fiber Optic Strippers for Cable and Fiber Preparation Fiber optic stripping tools remove specific protective layers from a fiber or cable before connector termination, cleaving or splicing. Depending on the cable construction, preparation may involve removing an outer jacket, a tight buffer or the coating surrounding the optical fiber. A fiber optic stripper must be selected according to the layer being removed and its dimensions. Connector type alone does not determine the correct tool. An LC, SC, FC or ST assembly may require similar fiber preparation, but the cable jacket, buffer and coating dimensions can differ. Precision Fiber Products offers mechanical fiber strippers for professional cable assembly, laboratory, production, installation and repair work. The current verified collection includes multi-stage fiber optic strippers, a 900/250 µm buffer stripper, an adjustable jacket stripper and a specialized fixed-hole model. Types of Fiber Optic Stripping Tools Fiber Coating and Buffer Strippers A fiber buffer stripper is designed to remove a specified buffer or coating while minimizing contact with the glass fiber underneath. The tool opening must match the dimensions identified by the manufacturer. The Ideal 45-352 MINI-LITE strips 900 or 250 µm buffer coatings from 125 µm fiber. Its larger stripping notch can also remove a 3 mm outer buffer jacket. The Paladin Economy Fiber Optic Stripper combines three preparation functions in one hand tool. Its documented stripping positions cover 2–3 mm fiber jackets, 900 µm buffers and 250 µm acrylate coatings. Fiber Optic Jacket Strippers A fiber optic cable stripper or jacket stripper provides access to the buffered fiber and other internal cable components. Jacket dimensions, material and construction must be verified before selecting the tool or adjusting its cutting depth. The Paladin Adjustable Jacket Stripper is listed for fiber optic cable as well as selected wire applications. Review its complete product specifications before using it on a particular cable construction. A jacket stripper should not be used automatically on every round, armored, loose-tube or drop cable. Specialized cable constructions can require dedicated slitters, ring-cut tools or mid-span access equipment. Precision Fixed-Hole Fiber Strippers A fixed-hole fiber optic stripper is manufactured for a defined tool-opening diameter. It is useful when a production or specialty application requires a specific stripping geometry. The Miller FO 103-S-140 is a single-hole fiber optic stripper with a nominal 140 µm tool-hole diameter. This dimension describes the specialized tool opening and should not be confused with a 140 µm cable jacket or a general-purpose 900/250 µm stripper. Confirm the coated fiber dimensions and required remaining diameter before ordering a specialty fixed-hole tool. How to Choose a Fiber Optic Stripper Choosing the correct fiber stripping tool begins with the cable or fiber specification. Do not select a tool solely because its product name contains “fiber optic stripper.” Identify the Layer Being Removed Determine whether the job requires removal of: An outer fiber optic cable jacket A 2–3 mm cordage or buffer jacket A 900 µm tight buffer A 250 µm fiber coating A coating from a specialty-diameter fiber A loose tube, ribbon matrix or specialized drop-cable structure Each layer can require a different opening, blade geometry or stripping method. Match the Tool to the Required Dimensions Compare the cable and fiber dimensions with the specifications for the individual tool. A stripper designed for a 900 µm buffer should not be assumed to work with every coating, jacket or buffer-tube diameter. When reviewing specialty models, distinguish between the incoming coated-fiber diameter, the diameter being exposed and the nominal opening of the stripping tool. Choose a Dedicated or Multi-Stage Tool A multi-stage fiber optic stripper can prepare several layers with one tool. This may be convenient for common 2–3 mm cable, 900 µm buffer and 250 µm coating preparation. A dedicated stripper provides one defined stripping function or opening. Dedicated models can be preferable for controlled production processes or specialty fibers where the required dimensions are already known. Verify the Cable Construction Round cable, tight-buffered fiber, loose-tube cable, armored cable, FTTH drop cable and ribbon fiber are different constructions. A product described as a cable stripper or slitter is not automatically suitable for every fiber optic cable. Check the cable manufacturer’s preparation instructions and the stripping tool’s documented material, diameter and cutting-depth limitations. Fiber Preparation Before Termination or Splicing Fiber stripping is one part of a complete preparation process. The sequence varies according to the cable, connector and splice procedure, but may include: Removing the outer cable jacket with a compatible jacket stripper. Trimming strength members with the appropriate fiber optic cutting tool. Removing the buffer or coating in the length specified by the connector or splicing procedure. Inspecting the stripped fiber for coating residue or visible damage. Cleaning the prepared fiber with an approved fiber optic cleaner and lint-free wipe. Cleaving, terminating or splicing the fiber according to the equipment manufacturer’s instructions. Use controlled stripping motions and follow the tool manufacturer’s instructions. Avoid excessive force, long unsupported stripping passes or incompatible blade openings that could scratch or break the fiber. Fiber Optic Stripping Tool Applications Fiber optic strippers are used in applications such as: Fiber optic connector termination Fusion and mechanical splice preparation Patch cable and pigtail assembly Telecom and broadband installation Data center cabling Fiber optic production Laboratory fiber preparation Network maintenance and repair OEM cable assembly Specialty fiber processing The correct stripping tool depends on the cable construction and preparation procedure used in the individual application. Fiber Optic Stripping Tools FAQ What is a fiber optic stripper? A fiber optic stripper is a tool used to remove a specified jacket, buffer or coating from an optical fiber or fiber cable. The correct tool exposes the required underlying layer without intentionally cutting or damaging the glass fiber. What is the difference between 900 µm and 250 µm fiber stripping? A 900 µm stripping operation removes a larger tight-buffer layer. A 250 µm stripping operation removes the coating closer to the glass fiber. Some multi-stage tools support both dimensions, while other tools have only one defined opening. Can one fiber optic stripping tool remove the jacket, buffer and coating? Some multi-stage strippers have separate openings for multiple layers. The Paladin Economy Fiber Optic Stripper supports documented 2–3 mm, 900 µm and 250 µm stripping functions. Other models are designed for a more specific operation. Can a regular wire stripper be used on fiber optic cable? A general-purpose wire stripper should not be used unless its specifications explicitly identify the fiber cable construction and dimensions it supports. Tools designed for copper AWG sizes, coaxial cable or UTP insulation are not automatically suitable for optical fiber. How do I select a stripper for specialty fiber? Confirm the coated-fiber diameter, the required exposed or remaining diameter and the nominal opening of the tool. Specialty fixed-hole products such as the Miller FO 103-S-140 should be selected from the complete dimensional requirements rather than from the model name alone. Can these tools strip FTTH drop cable, ribbon fiber or loose buffer tubes? Do not assume compatibility. FTTH drop cable, ribbon fiber and loose buffer tubes may require specialized stripping, slitting or access tools. Use a product only when its specifications confirm the applicable cable construction and dimensions. What safety precautions apply when stripping optical fiber? Wear appropriate eye protection, control the prepared fiber and immediately place all glass fragments in a suitable fiber-shard container. Keep food and drinks away from the work area and follow the safety instructions for the cable, tool and cleaning materials. Select the Right Fiber Optic Stripping Tool Compare the verified fiber optic strippers above by stripping function, supported dimensions and cable compatibility. Contact Precision Fiber Products for help selecting a buffer, coating or cable jacket stripper for your termination, production or splicing process.

Shop fiber optic crimp tools, crimper handles, interchangeable dies and pneumatic equipment for FC, SC, ST, LC, SMA and MT-RJ connector assembly. / Hand Tools / Crimping / Fiber Optic Crimp Tools Shop fiber optic crimp tools, connector dies and pneumatic equipment for cable termination and production assembly. Compare complete hand tools, handle-only systems and die configurations for supported fiber optic connectors. Shop Fiber Optic Crimp Tools and Dies Quick View Ideal - F-Type (CATV) Connector Kit Price $120.30 Excluding Sales Tax Quick View Paladin CrimpAll / 8000 Series, Fiber Optic Crimper (Handle Only) Price $81.01 Excluding Sales Tax Quick View Paladin CrimpAll, FC/SC/ST/LC/SMA/MT-RJ Type Die Price $41.82 Excluding Sales Tax Quick View Paladin SMA, SMB, SFR, ST, SC 8000 Series Crimper Price $93.28 Excluding Sales Tax Quick View Paladin SMA, SMB, SFR, ST, SC Type Die Price $47.12 Excluding Sales Tax Quick View PFP Fiber Optic Crimp tool Price $474.50 Excluding Sales Tax Quick View Ideal 30-481 Crimpmaster Crimp Tool, RG58/59 Cambridge BNC/TNC Price $79.47 Excluding Sales Tax Quick View Ideal 30-503 Crimpmaster Crimp Tool for CATV "F" RG59 & RG6 Price $81.23 Excluding Sales Tax Quick View Ideal 30-506 Crimpmaster Crimp Tool Frame Only Price $68.86 Excluding Sales Tax Quick View Ideal 30-573 Crimpmaster Die Set, Cambridge Type RG-59 Price $26.17 Excluding Sales Tax Quick View Ideal 30-578 Crimpmaster Die Set, RG59, RG6, 8281/Quad Price $26.17 Excluding Sales Tax Quick View Ideal 30-581 Crimpmaster Combo Die Set, RG58 RG59/62 BNC/TNC Price $30.95 Excluding Sales Tax Quick View Ideal 30-852 Crimpmaster Die Set, F-Type CATV RG-59/6 Price $26.17 Excluding Sales Tax Quick View Ideal 33-410 Coax Video Pro-Tool Maintenance Kit Price $329.28 Excluding Sales Tax Quick View Fiber/Copper Pneumatic Crimping Machine Price $1,235.00 Excluding Sales Tax 1 Crimping Tools for Fiber Optic Connector Assembly A fiber optic crimp tool applies controlled compression to a connector crimp sleeve, collar or cable-retention component. Depending on the connector design, this crimp secures the cable strength members and connector hardware during termination. Crimping does not align, cleave or polish the optical fiber. It is one step within a connector assembly process that may also require cable stripping, fiber preparation, epoxy, curing, polishing, cleaning and inspection. The correct crimper must match the connector components, crimp sleeve dimensions, required cavity geometry and assembly procedure. Tools and dies that appear similar are not necessarily interchangeable. Precision Fiber Products offers complete fiber optic crimping tools, handle-only crimp systems, interchangeable connector dies and pneumatic crimping equipment for field, laboratory and production applications. Types of Fiber Optic Crimping Equipment Types of Fiber Optic Crimping Equipment A complete hand crimp tool combines the tool frame and required crimping cavities in one product. This configuration can be useful when the same connector hardware and crimp dimensions are used repeatedly. The PFP Fiber Optic Crimp Tool is designed for PFP connector applications and lists four hex sizes: 0.197, 0.171, 0.147 and 0.131 inches. Confirm the required hex size against the connector and crimp-ring specifications before use. PFP also lists a Paladin 8000 Series crimper for selected SMA, SMB, SFR, ST and SC applications. Review the product configuration to confirm whether the required die is included before ordering. Crimper Handles and Interchangeable Dies A handle-and-die system allows a compatible crimper frame to be configured for different connector hardware. The tool handle and die must belong to a compatible system; a die should not be selected only because its cavity dimensions appear suitable. The Paladin CrimpAll / 8000 Series fiber optic crimper is sold as a handle-only product and requires a compatible die. Connector names alone do not determine the correct cavity. Verify the connector manufacturer, crimp sleeve or ring, cable construction and specified crimp dimensions. Pneumatic Crimping Equipment Pneumatic equipment can support repeatable crimping in production and laboratory assembly environments. It may be appropriate when process consistency, operator efficiency or recurring production volume makes a manually operated tool less suitable. The PFP Fiber/Copper Pneumatic Crimping Machine includes adjustable pneumatic pressure control and configurable crimping die options. Select the power and die configurations required by the production process before ordering. A machine described as suitable for both fiber and copper still requires the correct tooling, settings and assembly procedure for each product. How to Choose a Fiber Optic Crimp Tool Start With the Connector Assembly Specification Identify the exact connector manufacturer and model before choosing a crimper. Connectors within the same LC, SC, FC, ST or SMA family may use different sleeves, rings and crimp dimensions. Use the connector assembly instructions to determine: Crimp sleeve or ring type Required cavity size Hex, round or other specified crimp profile Cable and strength-member construction Number and sequence of crimps Required tool or approved equivalent Do not assume that a general-purpose connector crimper is suitable for every product in the same connector family. Confirm Handle and Die Compatibility For a handle-and-die system, verify that the die is designed for the selected crimper frame. A die from another product series may not fit correctly or provide the intended crimping action. If a product is labeled “handle only,” the compatible die should be ordered separately. If the listing is for a complete crimper, confirm which die or cavity set is supplied with the tool. Verify the Crimp Cavity Size The crimp cavity must match the specified connector sleeve or crimp ring. A cavity that is too large may not secure the assembly correctly, while an undersized cavity can deform components or damage the tool. Do not attempt to correct a loose crimp by automatically using the next smaller cavity. Confirm the cable diameter, sleeve, connector and required crimp dimensions before repeating the assembly. Choose Between Hand and Pneumatic Crimping A hand crimper can be appropriate for field termination, repair, laboratory work and lower-volume cable assembly. A pneumatic crimping machine may be more suitable for recurring production where configurable tooling and controlled process settings are required. The production volume alone should not determine the selection. Also consider the connector range, changeover requirements, available dies, operator training, workspace and quality-control procedure. Connector Compatibility Current PFP listings include crimp tools or dies for selected applications involving: FC fiber optic connectors SC fiber optic connectors ST fiber optic connectors LC fiber optic connectors SMA fiber optic connectors MT-RJ fiber optic connectors Selected SMB and SFR connector configurations PFP connector products requiring the listed hex sizes Compatibility varies by tool and die. A product that supports one SC or LC connector assembly should not automatically be described as compatible with every SC or LC connector. For connector bodies, crimp rings and related assembly hardware, direct users to the Fiber Optic Connectors & Interconnect Components category. Fiber Optic Crimp Tool Applications Fiber optic crimping tools may be used for: Fiber optic connector termination Patch cable and pigtail production OEM cable assembly Field installation and repair Telecom and broadband deployment Data center cable preparation Laboratory connector assembly Production-line crimping Custom fiber optic assemblies Connector retermination and maintenance The required tool depends on the connector, cable and termination procedure rather than the application name alone. For stripping, cutting and scribing equipment used during cable preparation, direct users to the main Fiber Optic Hand Tools category. Fiber Optic Crimp Tools FAQ What is a fiber optic crimp tool? A fiber optic crimp tool applies controlled compression to a connector crimp sleeve, collar or cable-retention component. Depending on the connector design, the crimp helps secure the cable strength members and connector hardware during termination. Do I need a complete crimper or a separate handle and die? Choose a complete crimper when its supplied cavities match the connector hardware being assembled. Choose a handle-and-die system when compatible interchangeable dies are required. A handle-only product cannot perform the intended crimp without the correct die. Are fiber optic crimp dies universal? No. A die must match the crimper frame as well as the connector sleeve, crimp dimensions and required profile. Similar-looking dies from different tool systems should not be treated as interchangeable. Which connector types do PFP crimping products support? Current product listings identify selected applications for FC, SC, ST, LC, SMA and MT-RJ fiber optic connectors. Other listed configurations include SMB and SFR products. Compatibility and required cavity sizes vary by tool and die. How do I select the correct crimp cavity? Use the connector and crimp-ring manufacturer’s specified dimensions. Confirm the sleeve or ring, cable construction, required profile and approved tooling. Do not select a smaller cavity simply because the first crimp appears loose. What is the difference between a hand crimper and a pneumatic crimping machine? A hand crimper is operated manually and can be suitable for field, repair, laboratory and lower-volume assembly work. A pneumatic machine uses controlled air pressure and configurable tooling for production or laboratory processes requiring repeatable operation. Both must be configured for the specific connector components. Can the same crimping equipment be used for fiber and copper products? Only when the equipment manufacturer documents both applications and the machine is fitted with the correct tooling and settings. Fiber and copper assemblies may require different dies, components and process controls. Select the Correct Fiber Optic Crimping Tool Compare complete crimp tools, handle-only systems, connector dies and pneumatic equipment for your assembly process. Contact Precision Fiber Products for help matching the tool, die configuration and crimp dimensions to your connector and cable. Fiber Optic Crimp Tools FAQ

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All Categories Fiber Optic Hand Tools for Telecom Connector Termination and Cable Preparation Shop professional fiber optic hand tools designed for telecom installers, fiber optic technicians, data centers, broadband networks, OEM cable assembly teams, and field service professionals. This category includes essential tools used for fiber optic cable preparation, connector termination, repair, splicing preparation, and custom fiber optic cable assembly. Our selection of fiber optic hand tools includes crimping tools, stripping tools, cutting tools, and scribing tools for common telecom and network installation applications. Crimping tools help secure connector collars and crimp sleeves, stripping tools remove cable jackets and fiber coatings, cutting tools are used for cable jackets, aramid strength members, and preparation materials, and scribing tools help score optical fiber before cleaving or connector termination. Designed for professional telecom, broadband, data communication, production, and laboratory environments, these fiber optic connector termination tools help technicians improve consistency, reduce fiber damage, and support reliable cable assembly results. Whether you are building patch cables, preparing pigtails, terminating connectors, repairing fiber links, or assembling custom fiber optic cables, the right hand tools help improve process control and installation quality. Choose durable and precise fiber optic hand tools for LC, SC, FC, ST, SMA, and other fiber optic connector applications across the United States. Ideal for buyers looking for reliable crimping, stripping, cutting, and scribing tools for professional fiber optic cable preparation and telecom network deployment. Crimping Categories Stripping Cutting Scribing You might be interested in Hand Tools Add to Cart Ideal - F-Type (CATV) Connector Kit Price $120.30 Excluding Sales Tax Add to Cart Ideal 30-496 Telemaster RJ45 Crimper for RJ45 Modular Plugs Price $50.06 Excluding Sales Tax Add to Cart Ideal - Basic Data and Video Kit Price $504.65 Excluding Sales Tax Add to Cart Ideal - Basic F-Type Compression Kit Price $109.75 Excluding Sales Tax Add to Cart Ideal - Cable Stripping for 1/4 in. to 3/4 in. Price $35.65 Excluding Sales Tax Add to Cart Ideal - Compression Connector Installation Kit Price $63.41 Excluding Sales Tax Add to Cart Ideal - Economy 10base-T TeleMaster Kit Price $151.81 Excluding Sales Tax Add to Cart Ideal - Economy Data and CATV Kit Price $178.55 Excluding Sales Tax Add to Cart Ideal - Economy UTP Stripper Price $6.92 Excluding Sales Tax Add to Cart Ideal - Electrician Scissors w/Stripping Notch Price $21.28 Excluding Sales Tax Add to Cart Ideal - OmniStrip Tool RG6/59 & UTP Price $32.81 Excluding Sales Tax Add to Cart Ideal - Pro Installer Kit Price $825.86 Excluding Sales Tax Add to Cart Ideal - Twisted Pair/Coax Termination Kit 33-869 Price $565.71 Excluding Sales Tax Add to Cart Ideal 33-505 Punchmaster II Kit with 66 / 110 Punch Down Tool Price $133.84 Excluding Sales Tax Add to Cart Ideal 45-163 Two-Step RG58 Coax Stripper, 1/8"-7/32" Price $35.59 Excluding Sales Tax Add to Cart Ideal UTP/STP Coaxial Cable Stripper 1/4 Inch to 9/16 Inch ID Price $55.63 Excluding Sales Tax Add to Cart Ideal - Round Cable Slitting Ringing Tool Price $70.89 Excluding Sales Tax Add to Cart Ideal 35-052 Cable Cutter for 2/0 Copper & 4/0 Aluminum, 9.5" Price $49.69 Excluding Sales Tax Add to Cart Ideal 35-053 Ratcheting Cable Cutter, 750 MCM Price $445.32 Excluding Sales Tax Add to Cart Ideal 45-074 Cable Cutter / Data T-Cutter, 5.5" Price $19.89 Excluding Sales Tax Add to Cart Ideal 45-357 Ruby Tip Fiber Optic Scribe Price $40.48 Excluding Sales Tax Add to Cart Ideal 45-358 Sapphire Tip Fiber Optic Scribe Price $39.38 Excluding Sales Tax Add to Cart Ideal 45-359 Carbide Tip Fiber Optic Scribe Price $63.05 Excluding Sales Tax Add to Cart Miller FO 103-S-140 Fiber Optic Stripper, 140 Micron Price $78.66 Excluding Sales Tax Add to Cart Paladin CrimpAll / 8000 Series, Fiber Optic Crimper (Handle Only) Price $81.01 Excluding Sales Tax Add to Cart Paladin CrimpAll, FC/SC/ST/LC/SMA/MT-RJ Type Die Price $41.82 Excluding Sales Tax Add to Cart Paladin SMA, SMB, SFR, ST, SC 8000 Series Crimper Price $93.28 Excluding Sales Tax Add to Cart Paladin SMA, SMB, SFR, ST, SC Type Die Price $47.12 Excluding Sales Tax Add to Cart PFP Fiber Optic Crimp tool Price $474.50 Excluding Sales Tax Add to Cart Paladin Adjustable Jacket Stripper Price $8.60 Excluding Sales Tax

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Shipping & Returns SHIPPING RETURNS We can ship to virtually any address in the world. Note that there are restrictions on some products, and some products cannot be shipped to international destinations. When you place an order, we will estimate shipping and delivery dates for you based on the availability of your items and the shipping options you choose. Depending on the shipping provider you choose, shipping date estimates may appear on the shipping quotes page. Please also note that the shipping rates for many items we sell are weight-based. The weight of any such item can be found on its detail page. To reflect the policies of the shipping companies we use, all weights will be rounded up to the next full pound. You may return most new, unopened items within 30 days of delivery for a full refund. We'll also pay the return shipping costs if the return is a result of our error (you received an incorrect or defective item, etc.). You should expect to receive your refund within four weeks of giving your package to the return shipper, however, in many cases you will receive a refund more quickly. This time period includes the transit time for us to receive your return from the shipper (5 to 10 business days), the time it takes us to process your return once we receive it (3 to 5 business days), and the time it takes your bank to process our refund request (5 to 10 business days). If you need to return an item, we urge you to contact our customer service team. Our representatives will guide you in detail through the necessary steps to complete the return process. customerservice@pfpfiber.com Tel: +1 408-946-4040

Shop fiber optic cleaning supplies, connector cleaners, wipes, swabs, fluids and kits for LC, SC, FC, ST and MPO/MTP applications. / Cleaning Supplies / Fiber Optic Cleaning Supplies Shop fiber optic cleaning tools and consumables for connector end faces, ferrules, bulkhead ports, cable assembly and splicing equipment. Use the filters below to compare cleaners, wipes, swabs, fluids and fiber optic cleaning kits. Quick View Chemtronics 2.5 Foam Swabs 50pk Price $19.88 Excluding Sales Tax Quick View Chemtronics Electro Wash Cleaner PX (1gal) Price $92.50 Excluding Sales Tax Quick View Chemtronics Electro Wash Cleaner PX 12.5oz Aerosol Can Price $35.94 Excluding Sales Tax Quick View Chemtronics Electro Wash NXO Cleaner Price $609.20 Excluding Sales Tax Quick View Chemtronics Electro Wash PX 5 oz Price $18.60 Excluding Sales Tax Quick View Chemtronics Electro-Wash NXO Cleaner/Degreaser - 12.5oz Aerosol Can Price $90.62 Excluding Sales Tax Quick View Chemtronics ElectroWash MX Wipes Price $52.44 Excluding Sales Tax Quick View Chemtronics End Face Cleaning Kit -1 Price $179.04 Excluding Sales Tax Quick View Chemtronics End Face Cleaning Kit -2 Price $192.85 Excluding Sales Tax Quick View Chemtronics Fusion Splice Mirror Cleaning Swabs Price $27.25 Excluding Sales Tax Quick View Chemtronics V-Groove & Ferrule Cleaning Swabs, 50/tube Price $28.57 Excluding Sales Tax Quick View Chemtronics-Optic Prep Tissue Pack Box (50pk) Price $25.53 Excluding Sales Tax Quick View Cletop Blue Tape Replacement Reel Price $30.86 Excluding Sales Tax Quick View Cletop Connector Cleaner, MPO/MTP w/ Pins Price $131.13 Excluding Sales Tax Quick View Cletop Connector Cleaner, MT-RJ w/ Pins Price $131.13 Excluding Sales Tax Quick View Cletop Connector Cleaner, Type A, Blue Tape Price $114.07 Excluding Sales Tax Quick View Cletop Connector Cleaner, Type A, White Tape Price $114.07 Excluding Sales Tax Quick View Cletop Connector Cleaner, Type B, Blue Tape Price $124.29 Excluding Sales Tax Quick View Cletop Connector Cleaner, Type B, White Tape Price $114.07 Excluding Sales Tax Quick View Cletop Ferrule Cleaner, Stick Type 1.25mm Price $245.19 Excluding Sales Tax Quick View Cletop Ferrule Cleaner, Stick Type 1.25mm, 5 Pack Price $6.13 Excluding Sales Tax Quick View Cletop Ferrule Cleaner, Stick Type 2.50mm From $9.99Sale Price Excluding Sales Tax Quick View Cletop Ferrule Cleaner, Stick Type 2.50mm, 5 Pack Price $11.99 Excluding Sales Tax Quick View Cletop White Tape Replacement Reel Price $30.86 Excluding Sales Tax 1 2 3 4 5 Fiber Optic Cleaning Products for Reliable Connections Fiber optic cleaning helps remove dust, oils and other contamination from connector end faces and optical interfaces. Even small particles can interfere with physical contact between connectors, increase insertion loss or affect reflected optical power. Precision Fiber Products offers fiber optic cleaning products for field installation, network maintenance, cable assembly, testing, laboratories and production environments. The collection includes mechanical connector cleaners, reel and cassette systems, cleaning sticks, swabs, optical-grade wipes, cleaning fluids and complete fiber optic cleaning kits. The correct cleaning product depends on the connector or ferrule format, whether the surface is exposed or located inside an adapter, the type of contamination and the cleaning procedure recommended for the equipment. Always confirm product compatibility before cleaning a connector, ferrule, bulkhead port or splicing component. Types of Fiber Optic Connector Cleaners Different fiber connector cleaner designs are intended for different connector formats, access points and working environments. A handheld cleaner used inside an adapter does not always replace wipes or cleaning fluid for exposed end faces and production work. One-Click Fiber Cleaners and Mechanical Connector Cleaners A one-click fiber cleaner or push-type connector cleaner uses a mechanical cleaning action to clean a compatible connector end face. Depending on its design, the cleaner may be used on a connector plug, inside an adapter or in another restricted-access interface. The PFP collection includes IBC, HUX and Sticklers CleanClicker products for selected connector and ferrule formats. Available products include cleaners for 1.25 mm and 2.5 mm interfaces, as well as selected LC, SC and MPO/MTP applications. Match the cleaner to the exact connector, ferrule size and access point. Do not assume that a 1.25 mm fiber cleaner and a 2.5 mm fiber cleaner are interchangeable. Reel and Cassette Fiber Cleaners Reel and cassette cleaners provide a controlled cleaning surface for exposed connector end faces. The connector is placed against the designated cleaning area and moved according to the product manufacturer’s instructions. PFP carries Cletop, Cletop-S, OptiPop, ReelClean and CleanClicker cassette products, along with selected replacement tapes, reels and cartridges. Replacement consumables must match the cleaner model, tape type and connector format. Selected Cletop and OptiPop products are designed for multifiber connector formats such as MPO, MTP, MT and MT-RJ. Verify whether the connector has guide pins and select the cleaner configuration specified for that interface. Fiber Optic Cleaning Sticks and Swabs Fiber optic cleaning sticks and swabs are used for compatible ferrules, adapter sleeves, ports and equipment components that cannot be reached effectively with a standard wipe. PFP offers 1.25 mm and 2.5 mm cleaning sticks and swabs, including selected products for ferrules, V-grooves and fusion-splicing equipment. The tip diameter and material must match the area being cleaned. Use each swab or cleaning stick according to its product instructions. Reusing a contaminated tip can transfer debris back onto the surface. Fiber Optic Cleaning Wipes and Tissues Fiber optic cleaning wipes provide a clean working surface for exposed connector end faces, ferrules and selected fiber-preparation processes. The PFP catalog includes dry, lint-free, optical-grade and pre-saturated wipe products from multiple manufacturers. Choose wipes intended for the specific cleaning method. Household tissues and ordinary shop wipes can release fibers, leave residue or introduce additional contamination. When a wet-to-dry method is required, apply only the recommended amount of compatible cleaning fluid and complete the cleaning motion from the treated area toward a dry section of the wipe. Fiber Optic Cleaning Fluids and Solvents Fiber optic cleaning fluid may help remove oils, residue and contamination that dry cleaning alone does not remove. PFP offers selected optical cleaning fluids, aerosol cleaners, pre-saturated wipes, isopropyl alcohol products and fluid-dispensing accessories. Use only a fluid approved for the connector, equipment and cleaning procedure. Avoid flooding the connector or allowing fluid to remain trapped inside an adapter. The surface should be dry and inspected before the connection is mated. Not every electronics cleaner in the catalog should automatically be described as a fiber optic cleaning solution. Keep general-purpose products in this category only when their fiber optic application is documented. Fiber Optic Cleaning Kits A fiber optic cleaning kit combines products required for a particular field, network or production procedure. Depending on the kit, it may contain a mechanical connector cleaner, cassette cleaner, cleaning fluid, optical-grade wipes, cleaning sticks and inspection accessories. PFP carries standard, field, heavy-duty and high-volume kits, including selected 1.25 mm and 2.5 mm configurations. The kit should be selected according to the connector formats and applications that will actually be serviced. A complete kit can help organize compatible consumables, but it does not eliminate the need to follow the cleaner and equipment manufacturers’ instructions. How to Choose Fiber Optic Cleaning Tools Consider the following before selecting a fiber optic connector cleaner or cleaning consumable: Connector format: Identify whether the application uses LC, SC, FC, ST, MPO/MTP, MT-RJ or another connector. Ferrule size: Confirm whether the interface requires a 1.25 mm, 2.5 mm or multifiber cleaning product. Access point: Determine whether the connector end face is exposed or located inside an adapter, bulkhead or equipment port. Guide pins: MPO, MTP and other multifiber connectors may require different products for pinned and unpinned interfaces. Contamination: Dry particles, oils and residue may require different cleaning methods. Cleaning method: Determine whether the manufacturer specifies dry, wet or wet-to-dry cleaning. Work environment: Field service, FTTH or FTTA installation, laboratories and high-volume production may require different packaging and kit configurations. Replacement consumables: Confirm that tapes, reels and cartridges match the original cassette or mechanical cleaner. Equipment instructions: Follow the connector, cleaner and test-equipment manufacturers’ procedures whenever available. Do not select a product solely because it is described as universal. Confirm the supported connector type, ferrule size and cleaning application using the individual product specifications. Inspect, Clean and Inspect Fiber Connectors Again A consistent connector-maintenance process should include inspection before and after cleaning. Follow all equipment and optical safety procedures. Never look directly into an active optical fiber. Inspect the connector end face using compatible fiber inspection equipment. If contamination is present, select a cleaner that matches the connector, ferrule size and access point. Clean the surface according to the product manufacturer’s instructions. Inspect the end face again before mating the connection. If the connector remains contaminated, repeat the approved procedure with a clean wipe, swab or cleaning surface. Install a clean dust cap when the connector or adapter will remain disconnected. Inspection microscopes, video inspection systems and related test instruments should be displayed in the Test Equipment category rather than mixed into the cleaning-supply gallery. Fiber Optic Cleaning Applications Fiber optic cleaning tools and consumables support applications including: Telecom and broadband installation Data center cabling FTTH and FTTA deployment Fiber optic connector termination Patch cord and cable assembly Network testing and troubleshooting OEM fiber production Laboratory and test equipment Fusion splicer and V-groove maintenance Field repair and network maintenance Connector inspection and preparation MPO/MTP multifiber systems Select cleaning supplies according to the connector and equipment being serviced. A product suitable for a standard single-fiber ferrule may not be appropriate for a pinned multifiber connector, bare fiber or fusion-splicing component. Fiber Optic Cleaning FAQ Why is fiber optic cleaning important? Dust, oils and debris on a connector end face can interfere with the optical connection and increase insertion loss or reflected power. Contamination can also transfer from one connector to another during mating. Inspecting and cleaning connectors helps maintain consistent optical performance. What is a one-click fiber cleaner? A one-click fiber cleaner is a mechanical tool that advances a cleaning material across a compatible connector end face when activated. Different models are designed for particular ferrule sizes, connectors and access points, so compatibility should be verified before use. What is the difference between 1.25 mm and 2.5 mm fiber cleaners? The sizes correspond to different ferrule formats. A 1.25 mm cleaner is commonly associated with compact connectors such as LC, while 2.5 mm cleaners are used with selected SC, FC and ST interfaces. Always verify the individual cleaner’s listed compatibility. Can the same cleaner be used for LC and MPO/MTP connectors? Not normally. LC is a single-fiber connector format, while MPO/MTP connectors contain multiple fibers and may include guide pins. MPO and MTP interfaces require a cleaner designed for the connector layout and pinned or unpinned configuration. Should fiber connectors be cleaned with alcohol? Use only the cleaning fluid and procedure approved for the connector and equipment. Some applications use optical-grade isopropyl alcohol or specialized fiber cleaning fluid, while others use a dry mechanical cleaner. The surface should be dry and inspected before mating. What should a fiber optic cleaning kit include? Kit contents depend on the connector types and work environment. A kit may include 1.25 mm or 2.5 mm mechanical cleaners, a cassette cleaner, optical-grade wipes, cleaning sticks, swabs, cleaning fluid and inspection accessories. Verify the contents before selecting a kit. Can a fiber optic connector cleaner be reused? Mechanical and cassette cleaners may provide multiple cleaning cycles, but their tape, reel or cartridge eventually requires replacement. Swabs, sticks and individual wipes are generally intended for a single cleaning use. Follow the instructions for the specific product. Find the Right Fiber Optic Cleaning Supplies Use the product filters above to compare fiber optic connector cleaners, wipes, swabs, cleaning fluids, cassette systems and complete kits. Contact Precision Fiber Products for help identifying the cleaner size, connector compatibility and supplies required for your application.

/ Epoxy Systems + Consumables / Piano Wire / Piano Wire for Fiber Optic Connectors Fiber Optic Piano Wire for Ferrule Cleaning and Connector Maintenance Shop precision fiber optic piano wire designed for telecom installers, fiber optic technicians, cable assembly manufacturers, data centers, and network maintenance teams. Piano wire, also known as fiber optic ferrule cleaning wire or connector ferrule cleaning wir e, is commonly used during fiber optic connectorization to help remove broken optical fiber, glass debris, and blockages from connector ferrules and bare fiber adapters. Our piano wire for fiber optic connectors supports repair, cleaning, and maintenance processes where small debris inside the ferrule can affect connector performance or prevent proper fiber insertion. These precision wires are useful for technicians working with ceramic ferrules, bare fiber adapters, patch cable assemblies, pigtails, and fiber optic connector termination processes. Designed for professional telecom, broadband, data communication, OEM production, and fiber optic lab applications, fiber optic piano wire helps technicians recover connectors, clear ferrule openings, and improve process control during cable assembly and repair. Choose reliable fiber optic ferrule cleaning wire for field service, production environments, and fiber network maintenance across the United States. Quick View Flexible Piano Wire Price $5.95 Excluding Sales Tax 1 You might be interested in All Products Add to Cart PFP Red LC Connector Dust Cap Cover Price $0.16 Excluding Sales Tax Add to Cart MM FC high Power Stainless HP Ferrule Connector (600um-850um) From $20.60Sale Price Excluding Sales Tax Add to Cart MM FC high Power Stainless HP Ferrule Connector (350um-590um) From $16.75Sale Price Excluding Sales Tax Add to Cart Spectacular Gecko Film Price $18.00 Excluding Sales Tax Add to Cart Fiber/Copper Pneumatic Crimping Machine Price $1,235.00 Excluding Sales Tax Add to Cart PFP Digital Fiber Optic Curing Oven Price $495.00 Excluding Sales Tax Add to Cart PFP ST 2.5mm OD Multimode Connector - 304 Stainless Steel Ferrule (600um-850um) From $14.35Sale Price Excluding Sales Tax Add to Cart PFP ST 2.5mm OD Multimode Connector - 304 Stainless Steel Ferrule (126um-340um) From $8.95Sale Price Excluding Sales Tax Add to Cart PFP SC/APC 2.5mm OD Multimode Ceramic Zirconia Ferrule Assembly From $1.35Sale Price Excluding Sales Tax Add to Cart PFP 302-3M, Formula Epoxy Packets (Pack of 150 pieces) From $637.50Sale Price $4.25 / 1qt $4.25 per 1 Quart Excluding Sales Tax Add to Cart Replacement Rubber Pressure Pads Price $98.00 Excluding Sales Tax Add to Cart PFP SC 2.5mm OD Multimode Stainless Alloy Ferrule Assemblies From $4.15Sale Price Excluding Sales Tax Add to Cart PFP MM LC Ceramic Zirconia Connector Simplex Connector (650um - 750um) From $6.85Sale Price Excluding Sales Tax Add to Cart PFP MM LC Ceramic Zirconia Connector Simplex Connector (380um - 640um) From $4.55Sale Price Excluding Sales Tax Add to Cart PFP MM LC Ceramic Zirconia Connector Simplex Connector (126um - 370um) From $1.65Sale Price Excluding Sales Tax Add to Cart FC 304 Stainless Steel Ferrule Connector (640um-850um) From $5.85Sale Price Excluding Sales Tax Add to Cart FC 304 Stainless Steel Ferrule Connector (370um-630um) From $5.60Sale Price Excluding Sales Tax Add to Cart FC Stainless Alloy Ferrule Connector (640um - 850um) From $10.65Sale Price Excluding Sales Tax Add to Cart FC Stainless Alloy Ferrule Connector (370um - 630um) From $7.90Sale Price Excluding Sales Tax Add to Cart PFP FC Multimode Ceramic Ferrule Connectors (620um - 850um) From $10.75Sale Price Excluding Sales Tax Add to Cart PFP FC Multimode Ceramic Ferrule Connectors (350um - 610um) From $7.55Sale Price Excluding Sales Tax Add to Cart PFP FC Multimode Ceramic Ferrule Connectors (126um - 340um) From $2.95Sale Price Excluding Sales Tax Add to Cart PFP MM FC 303 Stainless ferrule Connector (640um - 850um) From $11.00Sale Price Excluding Sales Tax Add to Cart PFP MM FC 303 Stainless ferrule Connector (370um - 630um) From $8.15Sale Price Excluding Sales Tax Add to Cart PFP MM FC 303 Stainless ferrule Connector (126um - 360um) From $4.40Sale Price Excluding Sales Tax Add to Cart PFP MM LC 304 Stainless Steel Simplex Connector(720um - 850um) From $11.10Sale Price Excluding Sales Tax Add to Cart PFP MM LC 304 Stainless Steel Simplex Connector(470um - 710um) From $7.40Sale Price Excluding Sales Tax Add to Cart PFP MM LC 304 Stainless Steel Simplex Connector (126um - 460um) From $4.75Sale Price Excluding Sales Tax Add to Cart ST Stainless Alloy Ferrule Connectors, Multimode (710um - 850um) From $12.75Sale Price Excluding Sales Tax Add to Cart ST Stainless Alloy Ferrule Connectors, Multimode (470um - 700um) From $8.50Sale Price Excluding Sales Tax

Privacy Policy We do not sell, trade or share your information to anyone outside of our company, without your expressed permission. Legal details to please the lawyers: Precision Fiber Products, Inc. has created this Privacy Statement in order to demonstrate our commitment to privacy. This privacy notice applies to our services available under the domain of www.precisionfiberproducts.com and all information collected or submitted by online services operated by Precision Fiber Products Inc. Please be advised that this Privacy Statement does not apply to the practices of companies that Precision Fiber Products, Inc. does not own or control, or to people that Precision Fiber Products, Inc. does not employ or manage. Precision Fiber Products, Inc. employees may see your personal information when you order products or services from us. In addition, your graphics or personal account information may be seen by Precision Fiber Products, Inc. employees in order to evaluate, validate, or correct problems with your account, and in the course of maintaining and ensuring proper administration of the business and website. Collected Information. Precision Fiber Products, Inc. collects personal information online when: You submit questions or comments to us You request information, quotes, or materials You register products online You participate in online surveys You participate in online promotions You request we send information to your friends, family and colleagues. The type of information collected may include name, address, phone number, billing and delivery information, e-mail address, gift recipient information, credit card information, login information for Precision Fiber Products, Inc. or partner services, and other demographic information. We may also collect general information about your computer, such as its operating system, screen resolution, web browser, etc. How does Precision Fiber Products, Inc. use collected personal information? Our primary goal in collecting your customer information is to provide you with a personalized, relevant, user-friendly experience on the websites. Here are the ways we use Customer Information to enhance this experience: We use your information to communicate with you. We use your email address to inform you of product improvements, feature announcements, newsletters, and Precision Fiber Products, Inc. promotional offers that may be of interest to you. From time to time, we may also directly contact some of our users via email or phone to conduct market research which will help us improve future versions of our products. Only Precision Fiber Products, Inc. employees will ever have the authority to contact you directly. If you do not wish to receive these communications, you may always "opt out" by contacting us at the address provided below. (If you opt out of promotional communications, we will still contact you in response to specific requests or transactions that you initiate. For example, you will still receive emailed receipts for your online purchases and responses to your technical support requests.) We use your information to provide you with products and services that you have requested. For example, if you purchase merchandise through our store, we will use your billing and credit card information to charge you for the merchandise, the shipping address to deliver the merchandise, and your email address and/or phone number to inform you about the status of your order and contact you if there are any issues processing it. When you interact with one of our partners through our website or software, we may share your information with that partner. We use data about the use of our systems to monitor their proper operation, and to help us maintain and improve our products and services. We use aggregated, anonymous data about our users as a group to help understand our business and communicate it to our partners. Your information, however, will never be personally identifiable when aggregated for these purposes. Information Collected through Use of Cookies and Other Technologies. Precision Fiber Products, Inc.' servers automatically receive and record data from visitor browsers and online communications from our software, including computer IP (Internet Protocol) addresses and other information through the use of cookies. This information is collected about thousands of site visits and analyzed as a whole. This analysis looks for trends among many visitors to www.precisionfiberproducts.com or other Precision Fiber Products, Inc. sites, and determines which parts of the site are accessed most frequently and what information visitors find most valuable. We may also collect and record information about what you viewed on our websites. We may use this type of information and combine it with your personal information to help customize our future interactions with you. In doing so, we hope to provide better service to you by tailoring our communications to match your interests. With whom does Precision Fiber Products, Inc. share Customer Information? Our primary goal in sharing your information with third parties is to provide you with products and services you have requested. We only share your information with your expressed permission. When you order products, you are giving your expressed permission to share required information with third parties in order to process and fulfill your order. Here are the ways we may share Customer Information with third parties: With third party intermediaries (for example, credit card authorization companies, photo processing labs, merchandise distributors, shipping services, etc.) who help us run the our services and the websites. Your information is provided to these third parties solely for the purpose of providing you the services you request at the time that you request them. Third party intermediaries do not store, retain, access or otherwise use your information other than as necessary to provide you with the Precision Fiber Products, Inc. products and services. Security. Our site has security measures in place to protect the loss, misuse and alteration of the information under our control. We use a variety of security technologies and procedures to help protect your personal information from unauthorized access, use, or disclosure. To that end, we have put in place appropriate physical, electronic, and managerial procedures to safeguard and secure the information we collect online. Links to Other Sites. Our website may contain links to other sites. Precision Fiber Products, Inc. is not responsible for the privacy practices or the content of such other web sites. Children's Privacy. Protecting the online privacy of children is especially important, and federal law protects those under the age of 13. For that reason, Precision Fiber Products, Inc. does not knowingly permit children under the age of 13 to become registered members of our sites, or to buy goods and services on our sites, without verifiable parental consent. Precision Fiber Products, Inc. does not knowingly collect or solicit personal information about children under 13, except with their parent's express consent. Changes in this Privacy Statement. Precision Fiber Products, Inc. reserves the right to modify this privacy notice from time to time, by posting a prominent announcement on this page. We encourage you to periodically review this Privacy Statement to stay informed about how we are helping to protect the personal information we collect. Your continued use of the service constitutes your agreement to this Privacy Statement and any updates. Contacting Precision Fiber Products, Inc. If you have any questions about our Privacy Statement or our privacy and security practices, you can contact us at: Precision Fiber Products, Inc. Attn. Privacy Compliance 1021 Bay Blvd, Ste D, Chula Vista, CA 91911 Please note that this address is for privacy and security matters only. If you are looking for help purchasing, installing, or using our products, please contact us through our customer support center. Privacy Policy A LEGAL DISCLAIMER The explanations and information provided on this page are only general and high-level explanations and information on how to write your own document of a Privacy Policy. You should not rely on this article as legal advice or as recommendations regarding what you should actually do, because we cannot know in advance what are the specific privacy policies you wish to establish between your business and your customers and visitors. We recommend that you seek legal advice to help you understand and to assist you in the creation of your own Privacy Policy. PRIVACY POLICY - THE BASICS Having said that, a privacy policy is a statement that discloses some or all of the ways a website collects, uses, discloses, processes, and manages the data of its visitors and customers. It usually also includes a statement regarding the website’s commitment to protecting its visitors’ or customers’ privacy, and an explanation about the different mechanisms the website is implementing in order to protect privacy. Different jurisdictions have different legal obligations of what must be included in a Privacy Policy. You are responsible to make sure you are following the relevant legislation to your activities and location. WHAT TO INCLUDE IN THE PRIVACY POLICY Generally speaking, a Privacy Policy often addresses these types of issues: the types of information the website is collecting and the manner in which it collects the data; an explanation about why is the website collecting these types of information; what are the website’s practices on sharing the information with third parties; ways in which your visitors an customers can exercise their rights according to the relevant privacy legislation; the specific practices regarding minors’ data collection; and much much more. To learn more about this, check out our article “Creating a Privacy Policy ”.

Shop fiber optic test equipment for power and loss measurement, cable qualification, certification, end-face inspection and production quality control. / Test Equipment / Fiber Optic Test Equipment Shop fiber optic test equipment for optical power and loss measurement, cable qualification, certification, connector end-face inspection and production quality control. Use the filters below to compare test functions, fiber compatibility and available equipment. Shop Fiber Optic Cable Testers & Test Equipment Quick View Ideal - Fiber Optic Power Meter Light Source Price $995.40 Excluding Sales Tax Quick View Ideal - SignalTEK Cable Performance Tester Price $1,363.10 Excluding Sales Tax Quick View Ideal - SignalTEK FO Kit Fiber Ready No Modules Price $2,190.57 Excluding Sales Tax Quick View Ideal - SignalTEK FO Kit w/2 850nm Modules and 13x0nm Modules Price $3,288.60 Excluding Sales Tax Quick View Ideal 33-991 LanTEK II-350 CAT6 Cable Certifier Price $8,640.92 Excluding Sales Tax Quick View Ideal 33-992 LanTEK II-500 Cat6A Cable Certifier Price $9,256.87 Excluding Sales Tax Quick View Ideal 62-140 TRACETone Tone Generator & Amplifier Probe Price $46.78 Excluding Sales Tax Quick View Ideal 62-200 LinkMaster RJ45 Cable Tester w/ Remote Price $80.69 Excluding Sales Tax Quick View PFP Bare Fiber Adapter, SMA Connector Style, Stainless Steel Price $50.05 Excluding Sales Tax Quick View Multimode Bare Fiber Adapter Price $39.39 Excluding Sales Tax Quick View Krell In-Line Video Inspection system, 400X Magnification Price $2,126.77 Excluding Sales Tax Quick View Loopback Module, Multimode 50um-LC From $19.72Sale Price Excluding Sales Tax Quick View Loopback Module, Multimode 50um-SC From $19.72Sale Price Excluding Sales Tax Quick View Loopback Module, Multimode 62.5um-SC From $19.72Sale Price Excluding Sales Tax Quick View Loopback, Multimode 50um-LC Price $9.33 Excluding Sales Tax Quick View Loopback, Multimode 50um-SC Price $9.33 Excluding Sales Tax Quick View Loopback, Multimode 62.5um-LC Price $9.33 Excluding Sales Tax Quick View Loopback, Multimode 62.5um-SC Price $9.33 Excluding Sales Tax Quick View Loopback, Singlemode-LC Price $9.33 Excluding Sales Tax Quick View Loopback, Singlemode-SC Price $9.33 Excluding Sales Tax Quick View Loopback,10G, OM3-LC Price $9.33 Excluding Sales Tax Quick View Loopback,10G, OM3-SC Price $9.33 Excluding Sales Tax Quick View Loopback,10G, OM4-LC Price $9.33 Excluding Sales Tax Quick View Loopback,10G, OM4-SC Price $9.33 Excluding Sales Tax 1 2 3 Fiber Optic Testing for Power, Loss, Certification & Inspection Fiber optic testing equipment should be selected according to the measurement or inspection task being performed. Testing optical power, measuring insertion loss, qualifying a network link, certifying installed cabling and inspecting a connector end face require different instruments and procedures. Precision Fiber Products offers equipment for several stages of fiber testing and quality control. The current collection includes optical power meter and light source equipment, fiber cable qualification and certification solutions, video inspection systems, connector end-face inspectors, ferrule length gauges, loopbacks and test adapters. Before choosing a fiber optic cable tester, determine what result is required. A product that measures optical power does not necessarily certify a complete link, and an inspection system does not measure optical loss. Selecting the correct equipment requires matching the test function, fiber mode, wavelength, connector interface and reporting requirements. Fiber Optic Test Equipment by Application Fiber Optic Power Meters and Light Sources A fiber optic power meter measures the optical power received from a fiber, transmitter or test source. Measurements are normally performed at wavelengths supported by both the instrument and the fiber system. A fiber optic light source provides a controlled optical signal for testing. When a compatible light source and power meter are properly referenced and used together, technicians can measure insertion loss through a fiber link, cable assembly or connectorized component. PFP currently offers an IDEAL fiber optic power meter and light source combination for single-mode and multimode testing. Its listed features include a four-wavelength power meter, an 850 nm multimode LED source, relative dB measurements and adapters for several common connector interfaces. Before ordering, confirm: Supported wavelengths Single-mode or multimode compatibility Measurement range and resolution Required connector adapters Calibration requirements Whether stored results or reporting are needed Do not assume that every power meter and source combination is a complete optical loss test set. Confirm that the selected fiber optic test kit supports the required procedure and documentation. Fiber Optic Cable Testers for Qualification and Certification Fiber optic cable testers may be used to evaluate network performance, measure optical loss or document whether an installed link meets defined application requirements. The required equipment depends on whether the task involves verification, qualification or formal certification. Qualification equipment determines whether a link can support a particular network application. PFP currently lists SignalTEK FO equipment capable of qualifying compatible copper and fiber cabling, performing bit error rate testing and measuring optical link loss. Fiber certification equipment performs tests according to selected limits or standards and creates documented results. The available FiberTEK FDX modules support selected multimode and single-mode certification applications when used with the compatible LanTEK platform. Qualification and certification are not interchangeable terms. Before selecting a fiber certification tester, verify: The cabling standard or network application Required fiber mode and wavelengths Whether testing must be bidirectional The type of pass/fail documentation required Compatibility between the tester and test modules Reference cords and connector adapters Result storage and export requirements Fiber Inspection Scopes and End-Face Inspectors A fiber inspection scope allows technicians and production personnel to examine a connector end face for contamination, scratches, pits, chips or other visible conditions. Connector inspection should be performed with equipment and procedures appropriate for the connector and application. PFP currently offers video-based inspection products, including the PFP EASYCHECK fiber optic end-face inspector and the Krell in-line video inspection system. The EASYCHECK system includes 400X magnification, image capture and storage, an integrated display and adapters for selected 1.25 mm and 2.5 mm connector applications. The Krell system provides 400X in-line video inspection without requiring the connector to be removed from the test arrangement. An inspection microscope or video system evaluates the physical condition of the connector end face. It does not replace an optical power meter, insertion loss test or cable certification procedure. Ferrule Length Gauges and Production Inspection Equipment Ferrule length gauges are mechanical inspection instruments used during connector manufacturing and quality control. They measure ferrule position or protruding ferrule length rather than optical power or signal loss. PFP offers ferrule length gauges for selected 1.25 mm, 2.5 mm and 3.17 mm ferrule formats. Available products support connector and ferrule applications such as LC, MU, FC, SC, ST and SMA, depending on the specific gauge. Before selecting a gauge, confirm the ferrule outside diameter, connector family, required measurement range and manufacturing tolerance. A ferrule gauge should not be described as a general fiber optic cable tester because it performs a specialized dimensional measurement. Fiber Loopbacks, Bare-Fiber Adapters and Test Accessories Fiber loopbacks provide a return path for compatible equipment and may be used during connectivity, equipment-port or network-interface testing. The current PFP collection includes selected LC and SC loopbacks for single-mode, multimode, OM3 and OM4 applications. A loopback is a test accessory rather than a measurement instrument. Its function depends on the equipment and procedure with which it is used. Bare-fiber adapters provide temporary access to unconnectorized fiber for compatible testing or measurement equipment. Select an adapter according to the fiber dimensions, instrument interface and connector style required by the setup. Inspection adapters and microscope adapters must also match the connector ferrule and inspection equipment. Similar-looking adapters should not be assumed to be interchangeable. How to Choose Fiber Optic Testing Equipment Use the following criteria when comparing fiber testing equipment: Test objective: Determine whether the task requires power measurement, insertion loss testing, qualification, certification, visual inspection, dimensional measurement or connectivity testing. Fiber type: Confirm whether the link or assembly uses single-mode or multimode fiber. Test wavelength: Match the equipment and light source to the wavelengths required by the fiber system and testing procedure. Connector interface: Identify the FC, LC, SC, ST, SMA or other interface and obtain the appropriate test or inspection adapters. Measurement requirements: Review the required range, resolution, accuracy and calibration specifications. Documentation: Determine whether the application requires stored results, downloadable reports or a pass/fail certification record. Field or production use: Portable field testing, laboratory work and repetitive production inspection may require different equipment configurations. System compatibility: Confirm that meters, sources, modules, adapters, reference cords and software are designed to work together. A high search volume does not make one instrument appropriate for every test. Choose the equipment according to the required measurement and the fiber system being tested. Fiber Optic Testing Applications Fiber optic test instruments and accessories may support applications such as: Telecom and broadband installation Data center fiber deployment Fiber cable qualification Installed cable certification Optical power measurement Insertion loss testing Connector end-face inspection OEM cable assembly Production quality control Ferrule measurement Laboratory testing Network maintenance and troubleshooting Patch cable and equipment-port testing The equipment required for each application may differ. Review the individual product specifications before selecting a tester, source, inspection system, module, adapter or accessory. Fiber Optic Test Equipment FAQ What equipment is used to test fiber optic cable? The equipment depends on the test being performed. Common options include optical power meters, light sources, loss-testing equipment, qualification testers, certification systems and fiber inspection scopes. Production environments may also use ferrule gauges and specialized adapters. No single fiber optic cable tester performs every measurement. What does a fiber optic power meter measure? A fiber optic power meter measures the optical power received from a fiber, transmitter or test source at supported wavelengths. When used with a compatible light source and the correct reference procedure, it can also help determine insertion loss through a fiber link or cable assembly. Why is a fiber optic light source used with a power meter? A light source provides a controlled optical signal at a specified wavelength. The power meter measures the signal after it passes through the fiber link. Comparing the referenced power with the received power allows technicians to determine the link’s insertion loss. What is the difference between fiber qualification and certification? Qualification determines whether a link can support a particular network technology or application. Certification tests the installed cabling against selected standards or defined limits and normally produces documented pass/fail results. Confirm which result is required before selecting equipment. Can the same fiber optic tester be used for single-mode and multimode fiber? Only when the tester, source, modules and adapters support both fiber types and the required wavelengths. A product’s connector may physically fit more than one system without providing the correct optical test conditions. Review the complete specifications before testing. Why should fiber connector end faces be inspected? Inspection can reveal contamination or visible damage on the connector end face. These conditions may affect optical performance and test results. Use a compatible fiber inspection probe, inspection scope or video system, and follow appropriate safety, inspection and cleaning procedures. Find the Right Fiber Optic Test Equipment Use the product filters above to compare optical power meters, light sources, fiber cable testers, certification equipment, inspection systems, ferrule gauges and test accessories. Contact Precision Fiber Products for help identifying the equipment, adapters and fiber compatibility required for your application.

Shop fiber optic fusion splicers, cleavers, electrodes, splice protection sleeves and accessories for single-fiber, ribbon, PM and large-core applications. / Splicing / Fiber Optic Splicers & Fusion Splicing Equipment Shop fiber optic fusion splicers, fiber cleavers and splicing accessories for single-fiber, ribbon, polarization-maintaining and large-core applications. Use the filters below to compare equipment and compatible replacement parts. Shop Fusion Splicers, Fiber Cleavers & Accessories Quick View PFP Splice Protector Sleeves 304 Material 24.2 ± 0.15mm length Price $17.00 Excluding Sales Tax Quick View PFP Splice Protector Sleeves 1.3±0.05 mm Outer diameter, 40 ± 0.5 mm length Price $17.00 Excluding Sales Tax Quick View Ericsson Splicer Electrode Models RSU4, RSU8, RSU12 Price $83.16 Excluding Sales Tax Quick View PFP Splice Protector Sleeves, 40 ± 0.5 mm length, 1.3±0.05 mm Price $17.00 Excluding Sales Tax Quick View PFP Splice Protector Sleeves 40 ± 0.5 mm length Price $17.00 Excluding Sales Tax Quick View PFP Splice Protector Sleeves length 60 ± 0.5 mm. Price $17.00 Excluding Sales Tax Quick View Fitel Cleaver Blade for Models S-321, S-322, S-323, S-324 Price $90.86 Excluding Sales Tax Quick View Fujikura Cleaver Blade for Models CT-04, CT-07, CT-100 Price $90.86 Excluding Sales Tax Quick View Fujikura Cleaver Blade for Models CT-20 and CT-30 Price $90.86 Excluding Sales Tax Quick View Sumitomo Replacement Cleaver Blade for Models FC-6 Price $90.86 Excluding Sales Tax Quick View PFP Single Fiber Cleaver Spectacular Automatic Price $575.00 Excluding Sales Tax Quick View PFP Single Fiber Cleaver Premium Semi Automatic Price $130.00 Excluding Sales Tax Quick View PFP High Precision Ribbon Fiber Cleaver Price $140.00 Excluding Sales Tax Quick View Multilink Splice Tray, 12 Single Fusion, Aluminum Price $25.76 Excluding Sales Tax Quick View Multilink Splice Tray, 24 Single Fusion, Aluminum Price $24.68 Excluding Sales Tax Quick View Multilink Splice Tray, 24 Single Fusion Price $20.96 Excluding Sales Tax Quick View Multilink Splice Tray, 36 Single Fusion Price $27.51 Excluding Sales Tax Quick View Chemtronics Fusion Splice Mirror Cleaning Swabs Price $27.25 Excluding Sales Tax Quick View Alcoa Splicer Electrode Models 20,30,40 Series Price $83.16 Excluding Sales Tax Quick View Alcoa Splicer Electrode Model 15S Price $83.16 Excluding Sales Tax Quick View Alcoa Splicer Electrode Models 16R,16S, 30R12 Price $83.16 Excluding Sales Tax Quick View Alcoa Splicer Electrode Models 17S, 50S, 60S and 50R Price $83.16 Excluding Sales Tax Quick View Corning/Siecor Splicer Electrode Models M67, M68 Price $87.28 Excluding Sales Tax Quick View Corning/Siecor Splicer Electrode Models Compact Fusion Set Price $87.28 Excluding Sales Tax 1 2 Fiber Optic Fusion Splicers and Splicing Machines A fusion splicer joins prepared optical fibers by aligning the fiber ends and applying a controlled electric arc. Fiber optic splicer, fiber fusion splicer, fiber optic fusion splicer, fiber optic splicing machine and fusion splicing machine are commonly used names for this type of equipment. Precision Fiber Products offers fusion splicing equipment for single-fiber, ribbon, polarization-maintaining and large-core fiber applications. The collection also includes fiber cleavers, replacement cleaver blades, splicer electrodes, splice protection sleeves, splice trays and cleaning accessories. The complete splicing process depends on more than the fusion splicer alone. Fibers must be stripped, cleaned and precisely cleaved before alignment. After fusion, the completed joint must be protected and organized using a compatible splice protection sleeve and splice tray. When comparing equipment, review the supported fiber formats, alignment method, splice and heating times, arc calibration functions, included accessories, power requirements and applicable warranty. Specifications vary by model and should always be verified on the individual product page. Types of Fiber Optic Fusion Splicers Selecting the correct fiber optic splicer begins with the fiber format and application. A machine designed for conventional single-fiber work may not support ribbon, polarization-maintaining or large-core fiber. Single-Fiber Core Alignment Fusion Splicers A single-fiber fusion splicer joins one optical fiber at a time. These machines are commonly used for telecom installation, broadband deployment, field repair, cable assembly and network maintenance. The current PFP single-fiber fusion splicer uses six-motor core-to-core alignment, automatically identifies singlemode and multimode fiber, and provides automatic real-time arc calibration. Its package includes a compatible fiber cleaver, stripping tools, a splice sleeve cooling tray, spare electrodes and a carrying case. Before ordering a core alignment fusion splicer, confirm supported fiber dimensions, alignment functions, splice time, heating time, environmental protection and included accessories using the current specification sheet. Ribbon Fiber and Mass Fusion Splicers A ribbon fiber fusion splicer aligns and joins multiple fibers arranged in a ribbon. This type of equipment may also be described as a mass fusion splicer because multiple fibers are spliced during the same operation. The current PFP ribbon fiber fusion splicer is designed to align up to 12 ribbon fibers. Its package includes a ribbon fiber cleaver, ribbon stripper, 12-fiber holder, splice protection sleeve cooling tray and spare electrodes. Verify the supported ribbon count, fiber holder configuration, cleaver compatibility, arc calibration and heating requirements before ordering. Polarization-Maintaining Fusion Splicers Polarization-maintaining fiber requires control of fiber orientation as well as core alignment. A PM fusion splicer must support the specific fiber geometry and alignment requirements of the application. The current PFP polarization-maintaining fusion splicer provides core-to-core alignment, end-view and profile observation, automatic arc calibration, and 45- and 90-degree PM fiber alignment. Its published compatibility includes Panda, bow-tie and elliptical fibers. Confirm the PM fiber design, cladding dimensions, orientation requirements and applicable splice program before ordering. Large-Core Fiber Fusion Splicers Large-core fiber applications require equipment designed for fiber dimensions outside conventional telecom formats. The supported diameter range, alignment system, arc conditions and fiber holders must match the fiber being processed. The PFP SFLC 400 large-core fusion splicer is listed for fibers with cladding diameters from 125 to 400 μm. Its published specifications include compatibility with SM, MM, DS and NZDS fiber types, along with fusion-record storage and replaceable electrodes. Review the specification sheet for the exact fiber diameter, splice program and holder requirements before selecting a large-core fiber splicer. Fiber Cleavers, Electrodes & Splice Protection Accessories Reliable fusion splicing requires proper fiber preparation, compatible replacement parts and protection for the completed splice. Cleavers, electrodes, sleeves and trays should be matched to the equipment and fiber format rather than selected only by appearance. Precision Fiber Cleavers and Replacement Blades A fiber cleaver creates a controlled fiber end face before fusion. Cleave quality can directly affect fiber alignment, splice consistency and insertion loss. PFP offers automatic and semi-automatic single-fiber cleavers along with a high-precision cleaver for both single and ribbon fiber. The current product gallery also includes replacement cleaver blades for selected Fitel, Fujikura and Sumitomo models. Always confirm the fiber format, cleave-length range, holder compatibility, blade model and blade life specified by the manufacturer. Fusion Splicer Electrodes Fusion splicer electrodes generate the arc used during the fusion process. Electrode condition can affect arc stability and splice consistency, so replacement and maintenance should follow the splicer manufacturer’s procedures. The PFP gallery includes electrodes compatible with selected Alcoa, Corning/Siecor, Ericsson, Fitel and Sumitomo fusion splicer models. Compatibility must be verified by exact manufacturer and model number. Do not assume that electrodes with a similar shape can be exchanged between machines. Confirm the model, installation procedure, replacement interval and required arc calibration before use. Fiber Splice Protection Sleeves and Trays A fiber splice protection sleeve reinforces and protects a completed fusion splice. The sleeve must match the fiber assembly, splice dimensions, heating system and available space inside the splice tray or enclosure. PFP offers splice protection sleeves in several listed configurations and lengths, including 24.2 mm, 40 mm and 60 mm products. Available dimensions and materials vary, so the complete product specifications should be checked before ordering. Splice trays help organize, route and protect completed splices inside an enclosure. The current gallery includes selected Multilink trays for 12, 24 and 36 single-fusion-splice configurations. Fusion Splicer Cleaning and Maintenance Accessories Clean optical components and properly maintained equipment support consistent splicing. The current PFP collection includes fusion splice mirror cleaning swabs, replacement electrodes and cleaver blades for selected equipment. Routine fusion splicer maintenance should follow the equipment manufacturer’s instructions. Use only approved cleaning procedures and avoid touching electrodes, mirrors, fiber holders or cleaver components with unapproved materials. Replacement electrodes and cleaver blades should be installed according to the applicable equipment manual. Perform any required arc calibration or cleaver adjustment after replacement. How to Choose Fiber Optic Splicing Equipment Clean optical components and properly maintained equipment support consistent splicing. The current PFP collection includes fusion splice mirror cleaning swabs, replacement electrodes and cleaver blades for selected equipment. Routine fusion splicer maintenance should follow the equipment manufacturer’s instructions. Use only approved cleaning procedures and avoid touching electrodes, mirrors, fiber holders or cleaver components with unapproved materials. Replacement electrodes and cleaver blades should be installed according to the applicable equipment manual. Perform any required arc calibration or cleaver adjustment after replacement. How to Choose Fiber Optic Splicing Equipment Consider the complete application before selecting a fusion splicer or its accessories. Fiber format: Determine whether the work involves single fiber, ribbon fiber, polarization-maintaining fiber or large-core fiber. Alignment system: Verify whether the application requires core alignment, cladding alignment or a specialized orientation method. Supported fiber dimensions: Confirm coating, cladding, buffer and cable dimensions using the product specification sheet. Splice capacity: For ribbon or mass fusion splicing, verify how many fibers the machine can align and splice. Fiber cleaver: Match the cleaver, blade, fiber holder and cleave-length range to the splicer and fiber format. Splice and heating time: Compare the published fusion splicer splice time and heating time, but evaluate them together with alignment quality and application requirements. Included equipment: If comparing a fiber optic splicer kit or fusion splicer with a cleaver, verify exactly which cleaver, stripper, holders, electrodes, tray, power accessories and carrying case are included. Replacement parts: Confirm the availability and compatibility of electrodes, cleaver blades, fiber holders and splice protection sleeves. Field operation: For portable fusion splicer applications, review weight, construction, environmental protection, power adapter and fusion splicer battery specifications. Warranty and documentation: Review the current warranty, user manual, specification sheet and technical support options before purchasing. A lower fusion splicer price does not automatically identify the correct machine. Price differences may reflect fiber capacity, alignment technology, supported fiber dimensions, included accessories and specialty capabilities. Fiber Optic Splicing Applications Fusion splicing equipment is used to build, extend, restore and maintain optical fiber links. Common applications include: Telecom network installation FTTH and FTTx deployment Broadband infrastructure Data center fiber installation Emergency fiber repair Network maintenance OEM fiber cable assembly Production and manufacturing Laboratory and engineering work Singlemode and multimode fiber systems Ribbon and high-fiber-count cables Polarization-maintaining fiber Large-core and specialty fiber The correct fiber optic splicing machine must be selected according to the fiber, environment and required splice performance. A telecom or FTTH fusion splicer should not automatically be assumed suitable for ribbon, PM or large-core fiber. Fiber Optic Fusion Splicer FAQ What is a fiber optic fusion splicer? A fiber optic fusion splicer is a machine that aligns prepared optical fiber ends and permanently joins them using a controlled fusion process. The fibers normally must be stripped, cleaned and precisely cleaved before they are placed in the splicer. Are “fiber optic splicer” and “fiber optic splicing machine” the same thing? In most commercial searches, fiber optic splicer, fiber fusion splicer, fiber optic fusion splicer and fiber optic splicing machine refer to fusion-splicing equipment. However, the exact fiber formats and alignment capabilities vary by model. What is the difference between a single-fiber and ribbon fusion splicer? A single-fiber fusion splicer joins one fiber at a time. A ribbon or mass fusion splicer aligns and joins multiple fibers arranged in a ribbon. Select the machine according to the cable construction, ribbon count and required fiber holders. Why is a fiber cleaver important for fusion splicing? A fiber cleaver produces the controlled end face required for alignment and fusion. A poor or inconsistent cleave may prevent proper alignment or produce an unacceptable splice. Use a cleaver and blade compatible with the fiber and splicer. Can fusion splicer electrodes and cleaver blades be used with any brand? No. Electrodes and cleaver blades must be matched to the exact equipment manufacturer and model. Similar-looking replacement parts should not be assumed to be interchangeable. Do PFP fusion splicers include a fiber cleaver? Selected PFP fusion splicers include a compatible cleaver and other accessories. Package contents vary by model and may include stripping tools, fiber holders, spare electrodes, a cooling tray, carrying case, power adapter and user manual. Check the individual product page before ordering. What affects fusion splicer price? Fusion splicer price can vary according to alignment technology, supported fiber format, motor configuration, ribbon capacity, specialty-fiber capability, included cleaver and accessories, environmental construction and warranty. Compare complete specifications rather than price alone. What does a fiber splice protection sleeve do? A splice protection sleeve reinforces and protects the completed fusion splice. Select the sleeve according to its dimensions, construction, supported fiber assembly, heating system and splice-tray requirements. Find the Right Fiber Optic Splicer FUse the product filters above to compare fusion splicers, fiber cleavers, electrodes, protection sleeves and compatible replacement parts. Contact Precision Fiber Products for help identifying the correct equipment for single-fiber, ribbon, PM or large-core fiber applications.

PFP Videos PFP Precision Fiber Products, Inc. Is a manufacturer and worldwide supplier of high quality fiber optic products. Get to know our company better by watching this informative presentation video. PFP EASYCHECK® Inspector. The easy way to inspect fiber optic connectors! Discover how to utilize our PFP Dimension® EASYCHECK® PFP with ease. Get ready to witness the unparalleled performance, precision, and versatility of the Dimension® Ferrule Master. Regardless of whether you specialize in engineering, manufacturing, or quality control, this video will undoubtedly leave you astonished at the limitless potential this innovative tool offers.

/ Fiber Cable Assemblies / Specialty Assemblies / Specialty Fiber Optic Assemblies Specialty Fiber Optic Assemblies for Custom Telecom, OEM, and Network Applications Shop professional specialty fiber optic assemblies designed for telecom networks, broadband systems, data centers, OEM equipment, laboratories, industrial applications, and custom fiber optic projects. Specialty assemblies are ideal for applications that require more than a standard patch cable, including custom lengths, unique connector configurations, protective tubing, specialty fibers, ruggedized cable designs, and application-specific performance requirements. Our selection of custom specialty fiber assemblies supports demanding fiber optic applications where precision, durability, and reliable optical performance are critical. Depending on the project, specialty fiber assemblies may include singlemode fiber, multimode fiber, polarization-maintaining fiber, armored cable, high-power fiber assemblies, large-core fiber, custom fan-out assemblies, and connectorized fiber builds for specialized equipment or production environments. Specialty manufacturers commonly offer custom connector types, cable protection options, labeling, testing protocols, and application-specific configurations for these types of assemblies. Designed for professional fiber optic technicians, telecom installers, network engineers, OEM manufacturers, and purchasing teams, these specialty optical fiber assemblies help support reliable connectivity in non-standard or high-performance applications. Use specialty assemblies for equipment interconnects, fiber network deployment, test systems, photonics, sensing, medical devices, aerospace, industrial systems, and custom cable assembly projects. Choose high-quality specialty fiber optic cable assemblies for telecom, broadband, data communication, OEM production, R&D, and advanced fiber optic applications across the United States. Ideal for buyers looking for custom-built fiber optic assemblies that support precise fit, dependable performance, and professional installation results. We don’t have any products to show here right now. You might be interested in

Data Center Assemblies / Fiber Cable Assemblies / Data Center Assemblies / Precision Fiber Products, Inc. Quick View Multilink In-Rack Patch Enclosure Solution Price $315.03 Excluding Sales Tax Quick View Multilink Slide-Out Removeable Top Style Fiber Distribution Unit Price $147.99 Excluding Sales Tax Quick View Multilink Swing-Out Style Fiber Distribution Unit Price $122.99 Excluding Sales Tax Quick View Multilink Slide-Out Style Fiber Distribution Unit Price $175.87 Excluding Sales Tax Quick View Multilink Slide-Out Removeable Top Style Fiber Distribution Unit FRM-2RU-6X-TS Price $345.67 Excluding Sales Tax Quick View Multilink Slide-Out Style Fiber Distribution Unit Price $187.89 Excluding Sales Tax Quick View Multilink Slide-Out Style Splice Shelf Price $190.76 Excluding Sales Tax Quick View Multilink Slide-Out Style Fiber Distribution Unit FRM-4RU-12X-TS Price $308.65 Excluding Sales Tax Quick View Multilink Slide-Out Style Combination Patch & Splice Distribution Unit Price $248.52 Excluding Sales Tax Quick View Multilink Slide-Out Style Combination Patch & Splice Distribution Unit FRM-8.5RU Price $360.86 Excluding Sales Tax Quick View Multilink Slide-Out Style Fiber Distribution Unit FRM-8.5RU-24X-TS Price $382.85 Excluding Sales Tax Quick View Multilink Slide-Out Style Splice Shelf FRM-8.5RU-SS Price $386.49 Excluding Sales Tax 1 You might be interested in

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/ Epoxy Systems + Consumables / Epoxy Curing / Epoxy Curing Fiber Optic Epoxy Curing Equipment for Telecom Connector Termination Shop professional fiber optic epoxy curing equipment designed for telecom installers, fiber optic technicians, cable assembly manufacturers, data centers, and network deployment teams. Epoxy curing tools are used during fiber optic connector termination to properly cure adhesive after the fiber is inserted into the connector ferrule, helping create strong, reliable, and consistent fiber-to-connector assemblies. Our selection of fiber optic epoxy curing ovens , curing blocks, connector holders, and related curing accessories supports epoxy-and-polish connector processes used in telecom, broadband, production, lab, and field service environments. Temperature-controlled curing ovens are commonly used to cure connector epoxy during the fiber-to-ferrule termination process, especially when working with adhesive-style fiber optic connectors. Designed for professional fiber optic assembly applications, these epoxy curing tools for fiber connectors help improve process consistency, reduce curing variation, and support long-term connector performance. Whether you are terminating single-fiber connectors, multi-fiber connectors, patch cables, pigtails, or custom fiber optic cable assemblies, the right curing equipment helps technicians maintain repeatable results during production and installation. Choose reliable fiber optic epoxy curing equipment for telecom, broadband, OEM cable assembly, fiber network maintenance, and laboratory applications across the United States. Ideal for buyers looking for curing ovens, connector trays, and adhesive curing accessories for high-quality fiber optic connector termination. Quick View Front Panel Knob for 9551 Curing Oven Price $11.52 Excluding Sales Tax Quick View PFP Digital Fiber Optic Curing Oven Price $495.00 Excluding Sales Tax 1 You might be interested in Epoxy Add to Cart PFP-EPOXY01-LV - 301LV, 2 Part Epoxy Bottle Kit. From $64.25Sale Price Excluding Sales Tax Add to Cart PFP-EPOXY01 - 301 2 Part Epoxy Gram Packet From $5.50Sale Price Excluding Sales Tax Add to Cart PFP-EPOXY01 - 301 2 Part Epoxy, Bottle Kit From $72.20Sale Price Excluding Sales Tax Add to Cart PFP 302-3M, 2 Part Epoxy Bottles From $76.73Sale Price Excluding Sales Tax Add to Cart PFP 302-3M, Formula Epoxy Packets (Pack of 150 pieces) From $637.50Sale Price $4.25 / 1qt $4.25 per 1 Quart Excluding Sales Tax Add to Cart PFP 9110LV Epoxy 8oz Bottles Price $131.47 Excluding Sales Tax Add to Cart PFP-EPOXY53 - High-Temp Epoxy 53 Formula Epoxy Packets (Pack of 25 pieces) From $81.25Sale Price $3.25 / 1qt $3.25 per 1 Quart Excluding Sales Tax Add to Cart PFP-EPOXY53 High-Temp Epoxy 53 Formula Epoxy Bottle From $85.00Sale Price Excluding Sales Tax Add to Cart PFP 320, 2 Part Epoxy, Bottle Kit From $80.46Sale Price Excluding Sales Tax

Shop fiber optic tubing, furcation tubing and bare optical fiber for cable protection, breakout, fanout and connector termination applications. Fiber Optic Tubing & Furcation Tubing / Fiber / Furcation Tubing / Shop fiber optic tubing, furcation tubing and bare optical fiber for cable assembly, breakout and connector termination. Browse protective tubing and specialty bare fiber products for telecom, OEM manufacturing, laboratory and custom fiber applications. Shop Fiber Optic Tubing and Bare Fiber by Category Bare Optical Fiber Explore single-mode, multimode, photosensitive and specialty bare optical fiber for splicing, testing, research, connector termination and custom fiber assemblies. Shop Bare Optical Fiber Fiber Optic Furcation Tubing Browse 900 µm, 1.6 mm duplex, 2 mm and 3 mm furcation tubing for protecting and routing bare or buffered fiber during cable assembly and termination. Shop Furcation Tubing Fiber Optic Tubing for Protection, Routing and Connector Termination Fiber optic tubing is used to protect, organize and route optical fiber during cable manufacturing, connector termination, testing and custom assembly work. It can help build up delicate bare or buffered fiber into a construction that is easier to handle, identify and install. The appropriate tubing depends on the fiber coating or buffer diameter, required outer diameter, connector design, strength-member requirements and installation environment. A tube intended for 250 µm coated fiber may have different internal dimensions and construction than tubing designed for 900 µm buffered fiber. Fiber optic protective tubing can be used for patch cables, pigtails, breakout assemblies, fanout assemblies, laboratory setups, equipment wiring and OEM fiber products. Depending on the application, the construction may include an inner protective tube, aramid yarn or another strength member, and an outer jacket. Furcation tubing is also sometimes described as fiber optic jacketing because it adds an additional protective layer around the optical fiber. The exact construction varies by product, so buyers should compare the inner diameter, outer diameter, jacket rating and supported fiber size before ordering. Fiber Optic Furcation Tubing for Cable Assembly Fiber optic furcation tubing helps convert delicate optical fiber into a more manageable construction for routing and connectorization. It is commonly used to protect 250 µm coated fiber or 900 µm buffered fiber and can provide additional mechanical support during assembly. Precision Fiber Products offers fiber furcation tubing in several sizes and constructions, including simplex and duplex options. Available products include 900 µm tubing for 250 µm fiber, 1.6 mm duplex tubing, 2 mm tubing and 3 mm simplex tubing. Some PFP constructions include Kevlar or other aramid strength members to provide reinforcement and support connector strain relief. LSZH and riser-rated options are also available for applicable products and installation requirements. The tubing size alone does not determine compatibility. Always verify the tubing’s inner diameter, the fiber or buffer outside diameter, connector boot, crimp sleeve and termination procedure. 900 Micron Furcation Tubing for 250 Micron Fiber PFP offers 900 micron furcation tubing designed for use with 250 µm fiber. This compact construction provides additional protection while maintaining a smaller overall diameter than larger reinforced tubing. Before selecting 900 µm furcation tubing, confirm that the tubing’s inner diameter is appropriate for the coated fiber. The tubing should allow controlled fiber insertion without creating excessive friction, compression or bending. Compact 900 µm tubing may be useful for fiber routing, connector termination and assemblies where space and flexibility are important. 1.6 mm Duplex and 2 mm Furcation Tubing Duplex tubing supports two-fiber constructions used in patch cables, equipment connections and other transmit-and-receive applications. PFP offers 1.6 mm duplex furcation tubing for 250 µm fiber, including applicable riser-rated and LSZH constructions. PFP also offers 2 mm furcation tubing and 2 mm duplex zipcord tubing for 250 µm bare fiber. Some 2 mm products include Kevlar reinforcement for additional strength and connector support. When selecting duplex or zip tubing, confirm whether the construction can be separated, the dimensions of each leg and the connector hardware required for termination. Fiber Optic Breakout Tubing and Fanout Applications Fiber optic breakout tubing is used when individual fibers must be separated, protected and routed away from a larger cable or fiber group. It can help organize fibers for connector termination, equipment routing, patch-panel installation and custom cable manufacturing. The terms “furcation tubing” and “breakout tubing” are sometimes used interchangeably, but manufacturers may define them differently. Some products use a simple protective tube, while reinforced breakout tubing may include an inner tube, aramid yarn and an outer jacket. Fiber optic fanout tubing performs a similar protective function when individual fibers from a multifiber cable or bundle are routed toward separate termination points. The required construction depends on fiber count, fiber coating, routing space, connector type and mechanical requirements. When building fiber optic fanout assemblies, choose tubing that protects the individual fibers without creating an inappropriate bend radius or excessive insertion force. How to Choose the Right Fiber Optic Tubing Consider the following before selecting furcation or breakout tubing: Fiber diameter: Determine whether the tubing will contain 250 µm coated fiber, 900 µm buffered fiber or another construction. Inner diameter: The tubing ID must provide enough clearance for controlled fiber insertion. Outer diameter: Match the tubing OD to the connector boot, crimp sleeve, enclosure opening or routing space. Simplex or duplex: Choose an individual tube, duplex tube or zipcord construction based on the number of fibers. Strength members: Determine whether the assembly requires Kevlar or aramid yarn for reinforcement and connector strain relief. Jacket rating: Confirm whether the application requires riser-rated, LSZH or another specified jacket construction. Connector compatibility: Verify the tubing, boot, crimp hardware and connector termination procedure as a complete system. Bend radius: Do not route the tubing more tightly than the limits of the enclosed fiber and complete assembly. Application environment: Consider installation location, temperature, handling, equipment routing and regulatory requirements. Fiber insertion: Longer assemblies or tighter tubing may require a controlled insertion procedure or a product designed to assist fiber installation. Do not select tubing solely by its outside diameter. Two products with the same OD may have different inner dimensions, strength members, jacket materials and supported fiber sizes. Bare Optical Fiber for Assembly, Splicing and Testing Bare optical fiber is used in connector termination, fusion splicing, component manufacturing, laboratory testing, sensing, prototyping and specialty fiber assemblies. PFP offers single-mode, multimode, photosensitive, reduced-cladding and other specialty bare fiber products for different wavelengths and optical requirements. Bare fiber should be selected according to wavelength, mode-field characteristics, numerical aperture, cladding diameter, coating, cutoff requirements and intended application. It must also be handled with appropriate stripping, cleaning, cleaving, splicing and inspection equipment. When additional protection is required, compatible furcation tubing can help route or build up the bare fiber for connectorization and cable assembly. Applications for Fiber Optic Tubing Fiber optic tubing and furcation products can support: Patch cable and pigtail assembly Fiber optic connector termination Bare fiber protection and routing Simplex and duplex cable construction Fiber breakout and fanout assemblies Laboratory and test equipment connections OEM fiber optic product manufacturing Equipment and enclosure fiber management Network maintenance and cable repair Custom fiber optic assembly projects The appropriate tubing should be selected for the actual fiber, connector, cable construction and operating environment. Fiber Optic Tubing FAQ What is fiber optic furcation tubing? Fiber optic furcation tubing is protective tubing used to build up, route and organize bare or buffered optical fiber. Depending on its construction, it may include an inner tube, strength members and an outer jacket. It is commonly used for cable assembly, breakout, fanout and connector termination. What is the difference between furcation tubing and breakout tubing? The terminology varies between manufacturers. Furcation tubing may refer to a simple protective tube or a reinforced construction. Breakout tubing generally protects an individual fiber separated from a larger cable or fiber group. Always compare the actual inner tube, strength members, jacket and dimensions instead of relying only on the product name. What size furcation tubing is used for 250 micron fiber? Compatible sizes can include 900 µm, 1.6 mm, 2 mm or 3 mm constructions, depending on the assembly. PFP offers 900 µm tubing specifically identified for 250 µm fiber, along with larger simplex and duplex products. Confirm the tubing ID, connector hardware and required strength before selection. Does furcation tubing contain Kevlar? Some reinforced furcation tubing includes Kevlar or another aramid yarn to provide strength and connector strain relief, while other products use only a protective tube. Review the individual product construction before assuming that a strength member is included. Is furcation tubing the same as a fiber optic breakout kit? No. Furcation tubing is one component used to protect an individual fiber. Fiber optic breakout kits may combine tubing with a transition housing, retention hardware, heat-shrink components or other parts used to separate multiple fibers from a cable. Kit contents vary by design and manufacturer. What is the difference between LSZH and riser-rated furcation tubing? LSZH tubing is designed to limit smoke and halogen emissions when exposed to fire. Riser-rated products are designed for applicable vertical building pathways under the specified rating. The correct selection depends on installation requirements, local regulations and the complete product certification. Can furcation tubing be used with bare and buffered fiber? Yes, but the tubing must be selected for the specific fiber diameter. A product designed for 250 µm coated fiber may not fit 900 µm buffered fiber. Verify the tubing’s inner diameter and supported fiber construction before insertion. Find the Right Fiber Optic Tubing for Your Assembly Browse the categories above to compare bare optical fiber and furcation tubing by construction, size and application. For help identifying compatible tubing, contact Precision Fiber Products with the fiber diameter, required tubing dimensions, connector type, jacket rating and assembly requirements. 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Precision Fiber Products is a leader in fiber optic innovation, offering top-tier solutions designed for unmatched performance and reliability. Our commitment to excellence and advanced engineering ensures our products meet the highest industry standards. With a focus on surpassing customer expectations, we provide the technology you need for seamless connectivity and communication. OUR MISSION To become a recognized global leader in providing fiber optic interconnect solutions to the Medical, Industrial, and Telecom industries. Precision Fiber Products, Inc. (PFP) specializes in interconnect components for Medical Fiber Optics and offers expertise in polishing, testing, and measurement of Fiber Optic interconnect products for Telecom and Industrial Fiber Optics. Our global presence with facilities in the US, Mexico, and China positions us for continued growth, offering high-quality products at reasonable prices. Through persistence and innovation, we have become known in the industry for our high-quality products, excellent customer service, and competitive pricing. We have earned the trust of over 1,000 global customers, both large and small, each with a variety of unique and exacting requirements. Being ISO 9001:2015 compliant, we continue demonstrating our commitment to the highest standards in quality and customer satisfaction Quality Policy For us, customer satisfaction is our priority. Our commitment is to meet or exceed customer expectations in product quality and on-time delivery. PFP’s Core Competencies: 1. Micro Mechanical Engineering: Expertise in detailed and precise mechanical engineering at a micro scale. 2. Micro Drilling: Specialization in precise micro drilling processes. 3. Micro Polishing and Finishing: Industry-renowned capabilities in micro polishing and finishing, with patented systems and a history of innovation. 4. Testing at Micron/Sub-micron Levels: Proficiency in conducting detailed testing at micron and sub-micron levels. 5. Product Development: Strong focus on developing innovative products. 6. Design and Manufacturing of Fiber Interconnect Products: Expertise in creating cutting-edge fiber interconnect solutions. 7. Advanced Manufacturing and Machining: Comprehensive capabilities in micro machining, CNC lathe/mill operations, wire EDM, DD grinding, and 3D printing. 8. Design and Manufacturing of Copper Cable and Assembly Products: Extensive experience in copper cable and assembly product design and manufacturing. 9. Marketing: Effective marketing strategies and initiatives. 10. Sales and Customer Service: Strong focus on sales excellence and superior customer service. 11. Logistics, Procurement, and Inventory Control: Efficient management of logistics, procurement, and inventory for optimized operations. PFP’s Core Values: 1. Honest Business Practices: Commitment to integrity and ethical dealings in all our business transactions. 2. Respectful Human Treatment: Ensuring dignity and respect in all interactions with employees, contractors, and partners. 3. Safe and Peaceful Work Environments: Prioritizing the safety and well-being of our workforce. 4. Efficiency-Oriented Culture: Embracing a 'work smarter, not harder' approach for productivity and innovation. 5. Partnership Focus: Building strong relationships at all levels for mutual growth and success. 6. Valuing Our Assets: Recognizing our customers, employees, contractors, and suppliers as essential contributors to our success. 7. Passion for Quality: Upholding quality not just as a standard, but as a driving passion. 8. Precision in Action: Living up to our name by embodying precision in every aspect of our work. 9. Spectacular as Standard: Delivering excellence as reflected in our trademark, going beyond the ordinary. 10. Commitment to On-Time Delivery: Ensuring timely delivery as a fundamental aspect of our service. 11. Impact-Driven Approach: Focused on making a positive difference in people's lives and advancing the industry, not solely driven by profitability. Achievements 2003 ● Developed Polishing System APC Line for Senko Advanced – Intellectual property transfer. ● Incorporated company and built R&D staff in San Jose, CA (Silicon Valley). 2004 ● Designed MM Interconnect Line of products. 2005 ● Invested in a Chinese factory for high-quality, cost-efficient manufacturing of plastic and metal components. 2010 ● Developed a line of products for Optogenetic Testing. 2011 ● Built a USA management team for global expansion. 2012 ● Expanded manufacturing groups worldwide. 2013 ● Expanded customer base worldwide. 2014 ● Built Sales and Marketing groups for global expansion of customer base. 2015 ● Developed 100% concentricity and ID bore testing capability. ● Built a Mexico Management team for economical manufacturing to support an ever-growing global customer base. 2017 ● Invested in a Mexican factory in Rosarito Beach for high-quality, cost-efficient manufacturing of connectivity products. 2018 ● Expanded Warehouse/Distribution in San Diego, CA. ● Increased Mexican Manufacturing volumes to support the global market. 2019 ● Added Executive offices in Cabo San Lucas, Mexico. ● Invested in a China Factory to greatly improve our high-quality, cost-efficient manufacturing process. ● Achieved ISO 9001:2015 certification. 2020 ● Trademark approved for MT Spectacular and MPO Spectacular for our Global Marketing of 5G interconnect products. ● Filed the provisional patent application for our MT Spectacular Polishing System. ● Created a management team in India for Global Sales & Marketing. ● Awarded 3M Distributorship for the Global Market. ● Awarded Sticklers Distributorship for the Global Market. 2021 ● Applied for the final Global Patent for our MT Spectacular Polishing System. ● Created the Latin American Sales & Marketing Team. 2022 ● ISO Certification Renewal.

/ Fiber / Furcation Tubing / Furcation Tubing / Fiber Optic Furcation Tubing Fiber Optic Furcation Tubing for Cable Assembly and Connector Termination Shop professional fiber optic furcation tubing designed to protect, strengthen, and organize optical fibers during cable assembly, breakout, fan-out, and connector termination processes. Furcation tubing is commonly used to build up bare optical fibers or buffered fibers so they can be handled, routed, and terminated with standard fiber optic connectors in telecom, broadband, data center, OEM production, and laboratory applications. Our selection of fiber optic breakout tubing supports applications where delicate 250 µm bare fiber, 245 µm fiber, or 900 µm tight-buffered fiber requires additional protection and mechanical strength before direct connector termination. Common furcation tubing constructions may include an inner tube for fiber guidance, aramid yarn strength members for added durability, and an outer protective jacket, depending on the tubing size and application. Designed for professional fiber optic cable assembly, furcation tubing helps reduce fiber breakage, improve strain relief, support clean fiber breakout, and create more durable custom cable assemblies. Use furcation tubing for patch cables, pigtails, fan-out assemblies, bare fiber protection, tight-buffered fiber builds, connectorization, network maintenance, and custom telecom cable manufacturing. Choose high-quality fiber optic furcation tubing in common sizes such as 900 micron , 2mm , 3mm , and larger breakout tubing options for reliable fiber protection and professional cable assembly results across the United States. Quick View PFP 10 Gig Breakout Fiber - Plenum Rated From $167.38Sale Price Excluding Sales Tax Quick View PFP 10 Gig Breakout Fiber - Riser Rated From $127.93Sale Price Excluding Sales Tax Quick View PFP 10 Gig Distribution Fiber - Plenum Rated From $127.93Sale Price Excluding Sales Tax Quick View PFP 10 Gig Distribution Fiber - Riser Rated From $100.21Sale Price Excluding Sales Tax Quick View PFP 10 Gig Duplex Round 3.0mm OD Fiber - Riser rated From $101.28Sale Price Excluding Sales Tax Quick View PFP 10 Gig Duplex Zipcord Fiber - Plenum rated Price $111.94 Excluding Sales Tax Quick View PFP 10 Gig Duplex Zipcord Fiber - Riser rated Price $105.54 Excluding Sales Tax Quick View PFP 10 Gig Indoor / Outdoor Fiber - Plenum Rated From $151.38Sale Price Excluding Sales Tax Quick View PFP 10 Gig Indoor / Outdoor Fiber - Riser Rated From $124.73Sale Price Excluding Sales Tax Quick View PFP 10 Gig Dry Loose Tube / Outdoor Fiber - Riser Rated From $133.26Sale Price Excluding Sales Tax Quick View PFP 10 Gig Dry Loose Tube Fiber - Plenum Rated From $130.06Sale Price Excluding Sales Tax Quick View PFP 10 Gig Dry Loose Tube Fiber - Riser Rated From $113.00Sale Price Excluding Sales Tax Quick View PFP 10 Gig Micro Distribution Fiber - Plenum Rated Price $70.36 Excluding Sales Tax Quick View PFP 10 Gig Micro Distribution Fiber - Riser Rated Price $57.57 Excluding Sales Tax Quick View PFP 10 Gig Simplex Fiber - Plenum rated Price $77.83 Excluding Sales Tax Quick View PFP 10 Gig Simplex Fiber - Riser rated Price $77.83 Excluding Sales Tax Quick View PFP 2mm Duplex Zipcord Furcation Tubing, for 250um Bare Fiber Price $99.10 Excluding Sales Tax Quick View PFP Furcation Tubing Simplex, 3mm, 250um Fiber, LSZH Price $40.00 Excluding Sales Tax Quick View PFP Furcation Tubing, 2mm OD, with Kevlar® From $40.68Sale Price Excluding Sales Tax Quick View PFP Furcation Tubing, 900um OD,for 250um Fiber From $60.00Sale Price Excluding Sales Tax Quick View Furcation Tubing 1.6mm Duplex, 250um Fiber, Riser Price $80.00 Excluding Sales Tax Quick View PFP Furcation Tubing LSZH 1.6mm Duplex for 250um Fiber Price $80.00 Excluding Sales Tax Quick View PFP Furcation Tubing Simplex, 3mm, 250um Fiber, Riser Price $40.00 Excluding Sales Tax Quick View PFP Furcation Tubing Simplex, 3mm From $30.75Sale Price Excluding Sales Tax 1 You might be interested in

/ Fiber / Furcation Tubing / Bare Fiber / Bare Optical Fiber Bare Fiber for Fiber Optic Cable Assembly, Splicing, and Connector Termination Shop professional bare fiber and bare optical fiber products designed for telecom installers, fiber optic technicians, OEM cable assembly manufacturers, data centers, laboratories, and fiber network deployment teams. Bare fiber is used in fiber optic connector termination, fusion splicing, testing, repair, prototyping, and custom fiber optic cable assembly applications. Our selection of bare fiber for fiber optic assemblies supports applications where precise fiber handling, clean preparation, and reliable optical performance are required. In common fiber optic cable constructions, optical fiber typically includes a 125 µm glass cladding with protective coatings such as 250 µm coated fiber or 900 µm tight-buffered fiber, depending on the cable type and application. Loose-tube 250 µm fiber is often associated with outside plant applications, while 900 µm tight-buffered fiber is widely used for indoor, building, data center, patch cord, and equipment cable applications. Designed for professional telecom, broadband, data communication, production, and lab environments, bare optical fiber is commonly used with stripping tools, cleavers, fusion splicers, fiber holders, furcation tubing, connector kits, and testing equipment. Whether you are working with singlemode fiber, multimode fiber, pigtails, patch cable production, bare fiber adapters, or custom cable assemblies, the right bare fiber product helps support accurate termination, clean splicing, and consistent fiber optic performance. Choose high-quality bare fiber products for telecom installation, fiber optic manufacturing, R&D, network maintenance, and precision cable assembly projects across the United States. Quick View PFP 1310/1550nm Reduced Clad/Bend Insens. Select Cutoff SM Fiber Price $4.93 Excluding Sales Tax Quick View PFP 1310/1550 nm Select Cutoff Single-Mode Fiber Price $4.05 Excluding Sales Tax Quick View PFP 1310/1550nm Select Cutoff SM Fiber with Flame Retardant Jacket Price $6.79 Excluding Sales Tax Quick View PFP 1310/1550 nm Bend Insensitive Medium-NA Select Cutoff SM Fiber Price $3.64 Excluding Sales Tax Quick View PFP 1310/1550nm Reduced Clad/Bend Ins Med-NA Select Cutoff SM Fiber Price $4.92 Excluding Sales Tax Quick View PFP SM Bend Insensitive Fiber with High Temperature Acrylate Price $4.66 Excluding Sales Tax Quick View PFP 1550 nm Select Cutoff Single-Mode Fiber Price $4.09 Excluding Sales Tax Quick View PFP 1550 nm Reduced Clad Select Cutoff Single-Mode Fiber Price $4.92 Excluding Sales Tax Quick View PFP 405 nm Select Cutoff Single-Mode Fiber Price $10.08 Excluding Sales Tax Quick View PFP 460 nm Select Cutoff Single-Mode Fiber Price $8.90 Excluding Sales Tax Quick View PFP 630 nm Select Cutoff Single-Mode Fiber Price $4.46 Excluding Sales Tax Quick View PFP 780 nm Select Cutoff Single-Mode Fiber From $5.17Sale Price Excluding Sales Tax Quick View PFP 980 nm Select Cutoff Single-Mode Fiber Price $4.09 Excluding Sales Tax Quick View PFP 980 nm Reduced Clad Select Cutoff Single-Mode Fiber Price $4.92 Excluding Sales Tax Quick View PFP 980/1550 nm Coupler Fiber Price $4.05 Excluding Sales Tax Quick View PFP Cladding Mode Suppressed Photosensitive Single-Mode Fiber Price $12.20 Excluding Sales Tax Quick View PFP HP Cladding Mode Suppressed Photosensitive Single-Mode Fiber Price $12.20 Excluding Sales Tax Quick View PFP Cladding Mode Free Photosensitive SM Fiber w/ Polyimide Coating Price $13.43 Excluding Sales Tax Quick View PFP Cladding Mode Free Photosensitive Single-Mode Fiber Price $12.20 Excluding Sales Tax Quick View PFP Photosensitive Single-Mode Low-NA Fiber Price $3.84 Excluding Sales Tax Quick View PFP Photosensitive Single-Mode Medium-NA Fiber Price $3.84 Excluding Sales Tax Quick View PFP Cladding Mode Offset Photosensitive Single-Mode Fiber Price $12.20 Excluding Sales Tax Quick View PFP Specialty Multimode Fiber 50 um Price $8.22 Excluding Sales Tax Quick View PFP Specialty Multimode Fiber 62.5 um Price $8.22 Excluding Sales Tax 1 2 3 4 You might be interested in