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High Power Cladding Optical Lens for 12KW Laser Processing - China Suppliers and Factory Innovations

The GR-LR series laser head is an ideal solution for medium to high power laser processing, capable of handling up to 12KW of maximum laser power. This versatile laser head is compatible with fiber and semiconductor lasers from leading manufacturers in the market. By integrating various optical paths and multi-channel nozzles, it enables wide spot cladding and advanced 3D deposition printing applications. As a trusted product from China, our laser heads are supplied directly by experienced suppliers and manufacturers, ensuring high quality and performance for all your laser processing needs

    Product Parameters

    High power cladding optical lens
    Model GR-100LR GR-120LR
    Power level 10KW 12KW
    Fiber optic interface QBH, QD, LLK QBH, QD, LLK
    Aperture Ф50mm Ф50mm
    Collimator focal length 50mm, 65mm, 100mm 50mm, 65mm, 100mm
    Focus lens focal length 300mm, 400mm, 500mm 300mm, 400mm, 500mm
    Assist gas pressure ≤5bar ≤5bar
    CCD interface TYPE-C, TYPE-CS TYPE-C, TYPE-CS
    Weight 6KG 6KG

    Product Function

    Green Laser's self-developed optical lens includes a reflective optical copper mirror group, a built-in water cooling circulation system, an optical focusing system, and an adjustment module. It is equipped with four, six, and eight-channel high-throughput, annular nozzles. The nozzle part is made of tungsten steel. While being resistant to high temperatures, it greatly extends the service life of the nozzle and can achieve a more concentrated powder feeding effect and higher cladding efficiency during the cladding process.

    Machine Features

    • 1. Fully enclosed structure, dustproof grade IP65, ensures long-term stable operation of the equipment in complex industrial environments.
    • 2. A combination of multiple nozzle powder feeding methods greatly improves the powder deposition efficiency and achieves a uniform and dense cladding layer, which is suitable for different materials and process requirements.
    • 3. The full copper mirror design ensures stable spot quality, improves the reliability of continuous operation, and effectively solves the stability of high-power cladding.
    • 4. The inner cavity double water cooling and coaxial airflow protection system are adopted to extend the service life of the lens.
    • 5. With a variety of nozzles to choose from, CCD can be optionally equipped to facilitate the observation of the molten pool process and real-time monitoring of the molten pool morphology and temperature.
    High Power Heated Optical Lens (3)
    High Power Heated Optical Lens (4)
    High Power Heated Optical Lens (1)

    Line of Production

    High Power Cladding Optical Lens (1)
    High Power Cladding Optical Lens (2)
    High Power Cladding Optical Lens (3)
    High Power Cladding Optical Lens (4)
    High Power Cladding Optical Lens (5)
    High Power Cladding Optical Lens (6)

    Frequently Asked Questions

    Q: What fiber optic interfaces are compatible with the high power cladding optical lens?

    Both the GR-100LR and GR-120LR models support QBH, QD, and LLK fiber optic interfaces, offering flexible integration with various laser systems.

    Q: What is the dustproof rating of the equipment, and can it operate in harsh environments?

    The lens features a fully enclosed structure with a dustproof grade of IP65, ensuring long-term stable operation in complex and demanding industrial environments.

    Q: How does the built-in cooling system extend the service life of the lens?

    It adopts an inner cavity double water cooling system and a coaxial airflow protection system to effectively regulate temperature and protect the optical components during high-power operations.

    Q: Can the cladding process and molten pool be monitored in real-time?

    Yes, the lens is designed with a CCD interface (supporting TYPE-C and TYPE-CS) which can be optionally equipped to monitor the molten pool morphology, process, and temperature.

    Q: What materials are used for the nozzle to ensure durability?

    The nozzle part is made of high-temperature-resistant tungsten steel. This material extends the service life of the nozzle and helps achieve a more concentrated powder feeding effect.

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