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Precision coating removal while protecting the fibre beneath

Laser Stripping for Fibre Optics

Laser processing provides a programmable way to remove coatings, buffers, matrices and cable jackets while controlling the geometry of the strip and protecting the layers beneath.

From fine coated fibres to multi-fibre ribbons and larger optical cable assemblies, Laser Wire Solutions develops the process around the actual fibre construction and material combination.

What's Possible Using Lasers

Single Fiber Preparation

Remove coatings and buffers from individual fibers with precise strip length and clean edges. Ideal for splicing, termination and optical assemblies.

Fiber Ribbon Stripping

Remove coatings and buffers from individual fibers with precise strip length and clean edges. Ideal for splicing, termination and optical assemblies.

Cable Jacket Processing

Remove coatings and buffers from individual fibers with precise strip length and clean edges. Ideal for splicing, termination and optical assemblies.

Choosing the Right Laser

UV Laser Processing

Precision Coating Removal
  • Fine spot size for high precision
  • Ideal for polyimide and fine coatings
  • Small strip areas and tight geometry
  • Low thermal footprint

Relevant Laser Wire Solutions systems: Odyssey Series

Explore Odyssey Systems

CO₂ Laser Processing

Ribbons, Jackets and Larger Areas
  • Best suited to polymer insulations
  • Suitable for ribbons and jackets
  • Larger processing capability
  • Score-and-peel jacket removal

Relevant Laser Wire Solutions systems: Mercury Series

Explore Mercury Systems

Why OEMs & Tier 1 Manufacturers Choose Laser Wire Solutions

  • Specialist Expertise

    Deep application knowledge in wire, cable and components

  • Applications Support

    From sample evaluation to process development and production support

  • Reliable Systems

    Robust, high quality laser systems designed for long-term performance

  • Global Support

    Local support and service from a global network of experts

Let's Discuss Your Application

FAQ

Can laser stripping damage an optical fibre?

It can if an unsuitable laser or incorrect processing parameters are used. Fiber optic processing requires control of wavelength, laser energy, focus, dwell time and material presentation. The process should be developed to remove the required coating while remaining within a suitable process window for the underlying fiber.

Can you laser strip polyimide-coated optical fibers?

Polyimide-coated fibers can be suitable for UV laser processing. The exact fiber construction, coating thickness and required strip geometry should be evaluated before selecting the process.

Can fiber ribbons be laser stripped?

Yes, certain fiber ribbon constructions can be laser processed. However, the matrix material is critical. Different ribbon materials can respond very differently to the same laser wavelength.

Can several fibers be processed at the same time?

Potentially. Appropriate fixturing can allow several fibers or a fiber ribbon to be presented within the processing area, creating opportunities to reduce net processing time.

How do you know whether a laser-stripped fibre is acceptable?

Visual inspection is only one part of the assessment. Depending on the application, additional dimensional, optical, tensile, proof-strength or downstream performance testing may be required.

Can laser processing remove an outer fiber optic cable jacket?

Yes, depending on the construction. In applications where the outer jacket and internal insulation are similar materials, a controlled laser score followed by mechanical jacket removal may be preferable to cutting completely through the jacket.