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High Power Heated Optical Lens - 12KW Laser Shaping Solution from China Suppliers and Factory for Efficient Heating Applications

Discover the GR-LQ series laser head, a premium laser shaping lens designed specifically for laser heating applications. With the ability to withstand a maximum laser power of 12KW, this high-performance lens is compatible with lasers from leading manufacturers worldwide. Ideal for both fiber lasers and semiconductor lasers, our lens is engineered with customized optical components that transform a circular spot into a perfectly shaped rectangular or square spot. This innovative design enables precise applications such as laser constant temperature heating and laser annealing. As a trusted China factory and supplier, we are committed to providing top-quality laser solutions to meet your needs

    Product Parameters

    High Power Heated Optical Lens
    Model GR-120LQ
    Power level 12KW
    Fiber optic interface QBH, QD, LLK
    Aperture Ф50mm
    Collimator focal length 50mm, 65mm, 100mm
    Focus lens focal length 300mm, 400mm, 500mm
    Spot size (10-30)*(1-5)mm
    Assist gas pressure ≤5bar
    CCD interface (optional) TYPE-C, TYPE-CS
    Weight 5KG

    Product Function

    High-energy lasers are used to melt metal powders to form metallurgical coatings on the surface of substrates for rapid repair of parts, enhanced wear resistance, and 3D printing of metal parts. This product has a deep integration of precise optical design, multiple protection architecture and intelligent control system, and has both high stability and process adaptability. The spot size can be customized according to customer needs to adapt to multi-scene processing.

    Machine Features

    Dustproof Structure

    Fully enclosed structure, dustproof grade IP65, ensures stable operation of the equipment in industrial environments.

    Full Copper Mirror Design

    Ensures high-power light output stability and reduces the risk of thermal deformation of the optical path.

    Protective Mirror

    Protective mirror design effectively extends the overall service life of the lens.

    Double Water Cooling

    The inner cavity double water cooling system is adopted, ensuring temperature control and equipment reliability under long-term continuous operation.

    Customizable Spot

    Customizable rectangular spot, suitable for different heating applications and process requirements.

    Closed-loop Control

    Optional CCD and closed-loop temperature control system to achieve (400-2500°C) constant temperature heating, tracking the molten pool status in real time.

    Line of Production

    Frequently Asked Questions

    What is the maximum power capacity of the GR-120LQ optical lens?

    The GR-120LQ high power heated optical lens is designed to support a maximum power level of up to 12KW, making it ideal for heavy-duty industrial applications like laser cladding and 3D metal printing.

    Which fiber optic interfaces are compatible with this lens?

    This optical lens is highly versatile and supports multiple standard fiber optic interfaces, including QBH, QD, and LLK.

    How does the double water cooling system improve lens life?

    The inner cavity double water cooling system provides active temperature regulation. This prevents thermal deformation of the optical path, stabilizes light output, and significantly extends the service life of the lens under continuous high-power operations.

    Can the laser spot size be customized for different processes?

    Yes. The rectangular spot size can be customized according to specific client requirements, allowing it to adapt to diverse heating and cladding scenarios.

    What is the IP rating and environmental protection level of this equipment?

    The optical lens features a fully enclosed structure with a dustproof grade of IP65, ensuring robust and stable operation in harsh, dusty industrial environments.

    Does it support temperature monitoring and closed-loop feedback?

    Yes, it offers an optional CCD interface (TYPE-C, TYPE-CS) and a closed-loop temperature control system to achieve constant temperature heating within the range of 400-2500°C, allowing real-time tracking of the molten pool status.

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