www.artphotonics.com > Products > Special Fibers and Fiber Cables > High Power Silica Fiber Cables

    High Power Silica Fiber Cables

    • Special laser fiber structures
    • Cool high power connectors HP-SMA and D80
    • Flexible and robust for high power & bright laser beams

    FlexiRay® cables from art photonics is the latest generation of High Power Fiber Cables produced for various lasers in broad spectral range. FlexiRay®HP-cables deliver much higher power compared to the similar cables in result of specialty laser fiber combination with the proprietary connector design.
    This synergy enables long HP-cable life while high power density is delivered and connectors stay cool.

    Applications:

    • Laser Welding of Metals & Plastics
    • Laser Cutting & Drilling
    • Rapid Surface Processing
    • Medical Laser Power Delivery
    • Laser Target & Rangefinder
    • Laser Spectroscopy

     

    High Power Cable

    Specification

    Fiber core shape

    Round (other shape - on request)

    Fiber core diameter

    100, 200, 300, 400, 600, 800 µm

    Fiber core material

    Pure fused silica:
    High OH- ( λ= 0.18 – 1.2 μm)
    Low OH- ( λ= 0.35 – 2.5 μm)

    Fiber cladding

    Fluorine doped fused silica

    Protective jacket material

    Nylon, Tefzel, Acrylate, Polyimide, Metal

    Standard NA:

    0.22 ± 0.02 (Full Acceptance Angle 25°)

    NA on request:

    0.12 ± 0.02 (Full Acceptance Angle 14°)
    0.26 ± 0.02 (Full Acceptance Angle 30°)

    Cable protective tube

    Polymer coated Stainless Steel Tubing

    Cable length

    From 5 cm to 50 m*

    High power connectors

    HP-SMA, D80

    *customized dimensions available on request

    Core shape

    Laser Power Matrix to select fiber core / connector of FlexiRay® HP-cable*

    Fiber core diameter

    100 μm

    200μm

    400 μm

    600 μm

    HP-SMA connector

    100 W

    200 W

    300 W

    400 W

    D80 connector

    150 W

    400 W

    600 W

    800 W

    *Max power level is only indicated approximately – as it depends on laser beam profile, coupler parameters and on heat dissipation conditions for input & output connectors