Huirui laser cladding head is the core product independently developed by Huirui and suitable for various laser cladding applications. It has a variety of interface settings. With various lasers, it can achieve high efficiency and stability in industrial laser cladding applications. long-time working.

Curved laser cladding head

Technical Parameters

* Optional module description:

a. Imaging module: debugging and correction based on the surface cladding of the substrate can be realized through lighting

b. Real-time imaging and closed-loop feedback control: real-time monitoring of the size, shape, temperature, etc. of the molten pool formed by laser cladding, real-time capture and feedback of related parameters to the control system, and real-time adjustment to obtain more stable and high-quality Cladding effect

c. Shaping module: It can realize the output of large strips of light, greatly improve the efficiency of cladding, and achieve efficient and stable long-term work in cladding applications.

Laser cladding head

Features:

• Laser-grade optical modular design, which can be assembled into a straight or bent optical path according to the application requirements;

• Suitable for fiber laser or semiconductor laser up to 8KW;

• It can be equipped with different optical lenses and modules according to the cladding requirements, and output different spot sizes (circular spots with a diameter of 0.5mm-5.0mm; the maximum output of a strip spot is 16mm × 3mm);

• The coaxiality of the laser light path is precisely adjustable;

• Laser energy transmission ≥99.5%;

• Adopt shock-proof sealing design, and configure water circuit to ensure the working temperature of the lens and prevent condensation;

• Protective window design to prevent dust and smoke from contaminating the lens during cladding;

• The total weight of surface hardened aluminum alloy does not exceed 10kg;

• Configurable coaxial vision imaging function for visual teaching positioning and real-time monitoring of the molten pool.

* Optional module description:

a. Imaging module: debugging and correction based on the surface cladding of the substrate can be realized through lighting

b. Real-time imaging and closed-loop feedback control: real-time monitoring of the size, shape, temperature, etc. of the molten pool formed by laser cladding, real-time capture and feedback of related parameters to the control system, and real-time adjustment to obtain more stable and high-quality Cladding effect

c. Shaping module: it can realize the output of large strip light spots, which greatly improves the cladding efficiency