Wuhan Hans Goldensky Laser System Co., Ltd. - 1.The laser beam has a high energy density, a high heating rate, and a small heat influence on the substrate, resulting in small deformation of the workpiece. 2.By controlling the input energy of the laser, the dilution of the cladding material to the cladding material can be controlled to a low degree, thereby maintaining the excellent performance of the originally selected cladding material while ensuring metallurgical bonding between the cladding layer and the substrate. 3.The composition of the alloy can be designed by mixing different alloy powders to obtain a completely dense metallurgical bond coat. 4.Can carry out selection cladding, less material consumption. 5.Due to rapid heating and cooling, the laser cladding layer is uniform and compact, with few microscopic defects and superior performance over other processes. 6.It is a non-contact type process that facilitates automation and enables flexible processing.