product

End Fiber Shaping

/ Fiber

IDIL Fibres Optiques provides custom end shaping optical fibers (polish, cleave, lens, splice) for best coupling efficiency between the fiber and its waveguide.

Contact us for specific micro shape of the fiber end: angle polishing, angle lens, conical lens, conical lens with flat top, tapered lens, ball lens, ball lens with large working distance, wedge angle (screw driver) lens, prism lens, 8° to 45° face angle lens, graded index, cleave, splice and others.

IDIL is expert in simulation, realization and characterization of custom micro polished fibers. IDIL micro shaping techniques and equipment allow great flexibility in parameters such as fiber type, fiber length, protection, termination, operating wavelength, focus spot size, operating temperature.

The ability of getting a mode diameter bigger than 200 µm leadds to high positioning tolerance, high coupling ratio and high power handling.

  • Global and variable solutions (diameter spots, working distance…)
  • Simulation, realization & characterization processes mastering
  • High quality and technical expertise
  • Best coupling efficiencies
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Custom
Fiber type Single-mode, PM, mult-mode, IR fibers with or without optical connectors
Fiber length Upon request
Shape pf the fiber end Angle polishing, angle lens, conical lens, conical ens with flat top, tapered lens,
Ball lens, ball lens with large working distance, wedge angle (screw driver) lens,
Prism lens, 8° to 45° face angle lens, graded index and others
Termination type FC, LC, SC, SMA, ST, MU, E2000, others
End finish Polish, cleave, lens, splice
End surface coating (option) Anti-reflection, mirror
Wavelength range UV, VIS, NIR, IR
Spot size Upon request
Temperature resistance Up to 300°C

 

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  • Telecommunications
  • Laser – fiber coupling
  • Optical sensors
  • High power source
  • MEMS device connection
  • Laser diode and photo diode chip
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Lensed fibers work by adapting the mode field diameter to improve the mode matching between the waveguide and the fiber. IDIL shape the fiber and the core to create optimal light output/input for specific applications.

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