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Home / Products / Fiber Optic Installation Tools / Cable stripper / LF-056-Durable Metal Blade Optical Cable Slitter FTTH Network Construction Stripper Cable Slitter

LF-056-Durable Metal Blade Optical Cable Slitter FTTH Network Construction Stripper Cable Slitter

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Product Description

Optical Loose Tube Slitter for 2–5 mm Buffer-Tube Access

optical loose tube slitter is a layer-preparation tool for longitudinal opening of project-matched loose tubes after the outer cable jacket and armour have already been removed. Its purpose is to open the specified jacket, tube, buffer or coating without damaging the next layer; correct results depend on matching the blade geometry to the real cable construction.

This model uses guided longitudinal loose-tube slitting. The 2.0–5.0 mm range refers to tube outside diameter. Tube wall thickness, PBT hardness, gel filling, fibre count and blade channel must also match; the tool is not intended to cut a complete armoured cable.

Best Fit and Tool Selection

Preparation step	Control point	Reason
Identify cable layers	Confirm jacket, armour, strength member, buffer/tube and coating dimensions	Prevents using a coating stripper on a cable layer or cutting hidden fibres.
Set or select blade/notch	Use a sacrificial sample and the model-specific channel	Cable diameter alone does not define safe cutting depth.
Stabilize cable	Keep the cable straight and free of twist or axial load	Ovality and side load change blade penetration.
Strip/slit	Use one controlled motion in the intended direction	Repeated sawing can score tubes, fibre or conductors.
Inspect	Check every exposed layer before continuing	White stress marks, scoring or flattened tubes are rejection signals.
Clean and store	Remove jacket debris, lock/cover the blade and use the case	Protects operators, blade edge and other precision tools.

Cable Construction and Layer Compatibility

A safe selection requires more than outside diameter. Buyers should provide a cable cross-section or sample showing jacket material and thickness, armour or strength member, ripcord, tube size, buffer/coating diameter and any copper conductors. Drop cable, round duct cable, loose tube and 250 µm coating require different cutting geometries.

Technical Specifications

Parameter	Specification / procurement note
Product Model	Professional Loose Tube Longitudinal Cutter
Tool Type	Fiber Optic Cable Loose Tube Slitter / Precision Cutter
Compatible Tube Range	2.0mm - 5.0mm Diameter Loose Tubes (Standard & Specialty Cables) Verify against the actual cable cross-section and jacket/tube wall thickness before volume use.
Blade Material	High-Hardness Carbon Steel, Heat-Treated, Precision Ground
Blade Type	Replaceable, Razor-Sharp Single Edge
Cutting Action	Longitudinal Slitting (Along Tube Axis), Clean, Smooth Cut
Safety Features	Integrated Blade Guard, Finger Protection Slot
Handle Design	Ergonomic, Non-Slip Rubber Grip, Comfort Fit
Overall Length	180mm (7.1 in)
Net Weight	Approx. 150g (5.3 oz)
Operating Temperature	-40°C to +80°C
Certifications	CE/RoHS documentation availability is model-specific and must be confirmed for the exact supplied variant.
Warranty Period	1 Year (Tool Body); Blades (Consumables) Excluded Final terms and consumable exclusions follow the signed quotation.
Standard Package	1 × Loose Tube Longitudinal Cutter, 1 × Spare Blade, 1 × User Manual Packing and spare-blade content are confirmed on the purchase order.

How to Set Cutting Depth or Select the Correct Notch

For an adjustable tool, begin shallower than the measured wall thickness and increase in small steps on a sacrificial length until the jacket separates without marking the next layer. For a factory-set multi-hole stripper, use only the notch specified for that layer and pull in the designed direction. A factory preset reduces adjustment but does not eliminate cable-compatibility testing.

Application Boundaries

A jacket slitter is not a fibre cleaver, and a 250 µm coating stripper is not an armour cutter. Do not allow the blade to contact glass, metallic strength members or live conductors unless the model is specifically designed and approved for that layer. Replace any fibre showing scoring, whitening, bending damage or coating tears.

Common Stripping Failures and Prevention

Failure	Likely cause	Corrective action
Fibre or tube damage	Blade too deep, wrong notch, cable ovality or hidden element	Stop; adjust on a sacrificial length and map the cable cross-section before continuing.
Jacket not fully opened	Blade too shallow, worn edge or hard jacket	Increase depth gradually or replace the approved blade; do not force the tool.
Spiral/uneven cut	Cable twist, poor alignment or unstable pull direction	Straighten and support the cable; maintain axial tool travel.
Coating residue	Wrong notch, contaminated blade or aged coating	Clean the blade channel and verify coating diameter and temperature condition.
Bare glass scratches	Tool contacted glass or stripping motion was uncontrolled	Reject the prepared fibre, re-strip and inspect the correct precision notch.
Short blade life	Dirty cable, armour contact or incorrect application	Use the tool only on specified layers and keep a blade replacement log.

Pre-shipment Quality and Acceptance Plan

LinkFiber can qualify the exact tool and blade against a buyer-supplied cable sample. A practical inspection records cable construction, temperature, notch/depth setting, strip length, required force, layer damage, blade condition, safety-lock function and package contents across a representative sample of units.

Approve the exact tool version and blade code.
Test every required cable layer on representative production cable.
Set acceptance criteria for clean opening and zero visible damage to the next layer.
Verify spare blades, adjustment tool, guard/lock and storage case.
Record lot, operator, cable sample and inspection result.
Use gloves and eye protection; dispose of glass and blade waste safely.

B2B Buyer Guide: Information Required for an Accurate Quote

Provide cable type, cross-section, outside diameter, jacket/tube material and wall thickness, fibre or tube count, target layer, strip/slit direction, daily workload, quantity, destination and private-label needs. For field kits, list the cleaver, stripper, cleaning materials and spare blades required per technician.

MOQ, Samples, Lead Time and Packing

Commercial item	Standard B2B arrangement
MOQ	Project-based quantity; trial and customized quantities can be discussed
Samples	Available on request for cable-layer compatibility testing
Lead time	Normally 5–10 days after model and accessory confirmation
Packing	Safety lock or blade guard, spare blade where specified, manual, storage case and export carton
Customization	Logo, label, colour, blade kit, manual language, inspection report and tool-set packing
Documents	Exact-model datasheet, packing list and lot inspection records by order; compliance evidence must match the supplied variant

Related Fiber Installation Tools

Compare the complete Cable Stripper range and combine it with Fiber Cleavers or other Fiber Optic Installation Tools. LinkFiber can build a cable-specific tool set under one approved packing list.

FAQ

Q：

What is a durable metal blade optical cable slitter used for?

A：

A durable metal blade optical cable slitter is used to cut and open optical cable jackets during FTTH network construction and maintenance. It helps technicians strip cable faster and more consistently than using a general-purpose cutting tool.

Q：

Why should B2B buyers care about blade durability in an optical cable slitter?

A：

Blade durability affects cutting consistency, replacement frequency and field productivity. A weak blade may become dull quickly, causing rough cuts, cable damage or more technician effort during large-scale FTTH installation work.

Q：

Can this optical cable slitter be used for different FTTH cable structures?

A：

It can be used for suitable FTTH cable structures when the cable size and jacket design match the tool. Buyers should confirm whether their cable is flat drop cable, round cable or special reinforced cable before selecting the slitter.

Q：

How does a cable slitter help avoid installation defects?

A：

A controlled cable slitter reduces the chance of cutting too deep into the jacket or damaging the fiber. This helps contractors reduce broken fibers, rework and unstable terminations during onsite installation.

Q：

Can the optical cable slitter be ordered with customized packing?

A：

Yes. Samples, bulk quantities and customized packing can be supplied according to customer requirements. Normal lead time is usually 5-10 days depending on stock and order configuration.

Inquiry

To learn more about this product, you can submit your requirements here.