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    Fiber to Fiber Coupler

    nLIGHT Fiber to Fiber Coupler (FFC) allows the interconnection between the feeding fiber of the laser source and the process fiber to the process head. The laser delivery fiber is thus detached from the processing head and the process fiber can be easily replaced in the field if damaged. High-quality fused silica optics guarantee low power loss and high beam quality. The FFC also includes an electronic board to control the interlock connection, to guarantee safety of the operator and of the FFC itself. The Fiber-to-Fiber Coupler is an eye-safe water-cooled unit with one input fiber (feeding fiber) and one output fiber(process fiber). The input block collimates the feeding fiber output beam, and the output block focuses the collimated beam into the delivery fiber. The onboard electronics incorporate the safety and coupler function via two hardware and firmware redundant sub-systems.

    Overview

    The Fiber to Fiber Coupler is a device designed to efficiently transfer laser energy between optical fibers with minimal loss. It ensures precise alignment and optimal power transmission, making it ideal for high-performance laser systems and industrial applications.

    Key Features

    • Up to 20 kW Lens materials, coatings and water cooling allow operation to 20kW laser power
    • Receptacle Options Available in either QBH or QD (Auto) receptacle configuration
    • Dual Channel Safety Circuits

    Specification

     

    Specification Fiber to Fiber Coupler
    Optical
    Maximum Power 20 kW
    Wavelength Range 1030 – 1090 nm
    Full Beam Maximum NA 0.161
    Lens Material High-Quality Fused Silica
    Typical Power Loss < 2 %
    Typical Aiming Beam Transmission (630–660 nm) > 90 %
    Electrical
    Power Supply 24 V
    Maximum Current Consumption <1 A
    Interlock Safety Range 1.65 – 6.6 kΩ
    Analogue Photodiode Output Range 0 – 3.3 V
    Communication Protocol CANBUS
    Maximum Ratings
    Operating Temperature 5 – 40 °C
    Relative Humidity < 90 % non-condensing
    Storage Temperature -10 – 60 °C
    Maximum Ambient Variation ± 10 °C
    Cooling
    Minimum Water Flow 1 l/min
    Maximum Pressure 4 bar

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