The inner wall reflective off-axis broadband laser cladding head uses a reflective optical path and high-quality optical components worldwide, including collimating lenses, integrating lenses, protective lenses, etc.; the off-axis single-side powder feeding nozzle and high-precision micro-pneumatic powder feeder can achieve high-quality homogenized light spots and an overall powder utilization rate above 90%. The special air knife design resists high reflection and effectively blocks rebound splashes and smoke from contaminating the protective lens. The built-in water, air, and powder channels ensure stable 24-hour processing. This cladding head has significant advantages for processing cladding layers with larger inner wall thickness.

The small-diameter inner wall laser cladding head uses a reflective optical path and high-quality optical components from around the world, including collimating lenses, focusing lenses/mirrors, protective lenses, etc.; equipped with an off-axis needle-type powder feeding nozzle, it can achieve high-quality homogenized light spots and a comprehensive powder utilization rate of over 70%; the special structural design enables long-distance laser transmission, and the spot size at the focal position can also be adjusted. This cladding head has significant advantages for cladding processing of small-diameter inner wall holes.

The transmissive coaxial annular laser cladding head uses a transmissive optical path and is equipped with high-quality optical components, including collimating lenses, focusing lenses, and protective lenses; it features an annular powder feeding nozzle that can achieve a comprehensive powder utilization rate of over 93%. It is suitable for small batch, specification-sensitive, and narrow space cladding processing, serving as a core component for medium and low power cladding processing.

The transmissive side-axis needle-type laser cladding head uses a transmissive optical path and is equipped with high-quality optical components, including a collimating lens, focusing lens, air knife, needle-type powder feeding, and protective lens. It can achieve a comprehensive powder utilization rate of over 85%. The special air knife design effectively blocks rebound splashes and smoke from contaminating the protective lens. It is suitable for cladding processing in small batches, multiple specifications, and narrow spaces, serving as a core component for medium and low power cladding processing.

The cladding nozzle is the core component of the cladding equipment. This component significantly affects key indicators such as the forming quality of the cladding layer, powder utilization rate, and efficiency. The high-quality nozzles provided by Yunding Optoelectronics feature high powder utilization, excellent heat dissipation performance, high powder convergence, long powder spot focus, and long service life.