The world's strongest industrial optical fibers

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Up to 900°C

Operational temperature up to 900°C

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Heavy duty

Enhanced durability for sensing applications

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Flexibility

Customer-specific and customized solutions

Our Core Strengths

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Power

High mechanical strength

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Compatibility

Compatible with every distributed optical sensing technology

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Industrial application

Our metal-coated fibers can be integrated into steel tubes

Customization

Coated optical fibers

Unique low-temperature coating technology

  • Globally unique coating process
  • Minimizes optical losses
  • Enables a broader range of metal coating
  • Supports a wider range of coating
Metallization of optical fibers

We can metallize your fiber

  • We deposit metals beyond Cu, Ni, and Au for specialized needs
  • Metallization of short fiber available
  • Metal on acrylate coating for added low-temperature strength
Probes

Custom probes: built to your needs

  • Fully customizable for DTS, OFDR, OTDR, DSS, DAS, FBG
  • Fiber type: SMF, MMF, FBG, Multicore; coatings: Ni, Cu, Au, Ag, Pt, multilayer
  • Probe length and fiber termination (incl. anti-reflection)
  • Housing: steel tube > 1 mm, optional gas fill; custom shapes/materials on request
  • Connectors: FC/(A)PC, E2000, SMA and other standards

Key Specifications

Optical fiber flare

Why choose us?

  • offline_boltVarious metals, including hard ones, like nickel
  • offline_boltLow attenuation (2 dB/km for Cu, 20 dB/km for Ni)
  • offline_boltBroad thickness range: 3-120 μm
  • offline_boltBoth long and short fragments may be produced
  • offline_boltAny optical fiber may be coated

Competitor

  • Only soft metals, like Cu, Al, Au
  • High attenuation (10-20 dB/km for copper)
  • Narrow thickness range: 10-30 μm
  • Only very long fragments may be produced
  • Only SMF and MMF may be coated

Meet Our Team

Daniel Lis

Daniel Lis

Photonics

Paweł Polak

Paweł Polak

Mechanics

Karol Wysokiński

Karol Wysokiński

Technology

Dobromił Pszenny

Dobromił Pszenny

Materials