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    CANUNDA SPLIT

    CANUNDA Split is a high-performance beam-shaping solution designed for industrial laser applications. It splits laser beams into multiple sub-beams for precise and efficient material processing, enhancing accuracy and productivity in tasks such as cutting, welding, and surface treatment. Ideal for industries requiring fine control over laser operations, it offers customizable configurations to meet specific application needs.

    Overview

    CANUNDA Split is a high-performance beam-shaping solution designed for industrial laser applications. It splits laser beams into multiple sub-beams for precise and efficient material processing, enhancing accuracy and productivity in tasks such as cutting, welding, and surface treatment. Ideal for industries requiring fine control over laser operations, it offers customizable configurations to meet specific application needs.

    Key Features

    • Cailabs offers a range of beam splitter modules designed to enhance laser process efficiency.
    • Choice of five different patterns or spacings per module with motorized exchange between them.
    • High transmission capability for improved process efficiency.
    • Homogeneous spot distribution for optimal processing results.
    • Compatible with ultrashort (femtosecond) lasers, free from chromatic effects.
    • Module designed to meet industry standards (compatible with galvanometer scanners, F-theta lenses, etc.).

    Specification

    Parameter Pattern set P01 Pattern set P02 Comment
    Spot configuration 1×9, 1D 1×5, 1D vertical
    1×5, 1D horizontal
    1×9, 1D vertical
    1×9, 1D horizontal
    7×7, 2D
    Additional pattern: no splitting, input beam preserved
    Spot separation angle ● 1.5 mrad
    ● 2 mrad
    ● 2.5 mrad
    ● 3 mrad
    ● 3.5 mrad
    2 mrad
    Rotation angle 10° to 14° The beam splitter module compensates for the angle induced by the scanner, generally between 10 and 14 degrees, to be specified at time of order
    Homogeneity > 96% Standard deviation
    Transmission > 90% Energy in the pattern after the beam splitting module divided by the energy entering the module
    Wavelength 515 nm or 532 nm or 1030 nm or 1064 nm
    Nominal input beam waist 1 mm Up to 4 mm acceptable – different input waist will give different separation angle
    Input beam M² < 1.3
    Minimum pulse duration 300 fs
    Maximum energy per pulse 1 mJ
    Maximum average power 60 W
    Module dimensions 100 mm x 175 mm x 104 mm
    Beam height 45 mm
    Pattern exchange Motorized Communication through USB cable, software provided

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