Laser cladding technology and its application

Laser cladding technology can be used for manufacturing, repairing, or remanufacturing various industrial components, significantly improving the physical and chemical properties of the workpiece surface. The laser energy density is highly concentrated, and if the material has a small dilution rate on the laser cladding layer, the microstructure and properties of the cladding layer can be easily guaranteed. Laser cladding technology has high precision and good controllability, suitable for repairing precision components or locally failed components. There are many types of materials that can be melted, and the range is wide. This course briefly describes the development trend, characteristics and applications of laser cladding technology in recent years, highlighting the characteristics of science, progressiveness and novelty, which will help to expand the learners' vision and expand their ideas for solving problems.

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The laser energy density is highly concentrated, and if the material has a small dilution rate on the laser cladding layer, the microstructure and properties of the cladding layer can be easily guaranteed. Laser cladding technology has high precision and good controllability, suitable for repairing precision components or locally failed components. There are many types of materials that can be melted, and the range is wide.

This course briefly describes the development trend, characteristics and applications of laser cladding technology in recent years, highlighting the characteristics of science, progressiveness and novelty, which will help to expand the learners' vision and expand their ideas for solving problems.

This course mainly includes an overview, principles of laser processing, principles and characteristics of laser cladding, laser cladding equipment and materials, laser cladding technology, etc.