Acilly Xiong

Preface Compared with conventional welding technology, laser welding (see Figure 1) has the following benefits: Adjustable and central energy density. No contact with the welded workpiece. High welding effectiveness. Narrow joint and high strength after welding. It is actively used in equipment manufacturing fields such as automobiles, ships, aerospace, and continues to broaden to more

As a brand-new material, stainless steel has been commonly used in aerospace, car parts, and other fields since its deterioration resistance and formability. The application of laser welding to stainless steel inhabits a very crucial position, specifically in the vehicle market. The body is all connected by welding. Due to the impact of many factors,

Aluminum alloy has lightweight, has good toughness, has a high yield ratio, and is easy to procedure and type. It is extensively used in welding structure products such as containers, machinery, electric power, chemical market, aviation, and aerospace. Making use of aluminum alloy rather than steel plate welding can significantly minimize structural quality. Aluminum is

Flight Welding Laser flight welding integrates remote welding, galvanometer, and manipulator advantages with expert graphics processing software to realize instantaneous multi-track welding in a three-dimensional area. It is generally used in the car body, seat, and common auto parts. In terms of products, it can be used in all types of steel plates, cold-rolled plates,

Process Parameters of Laser Welding Power Density Power density is one of the most essential specifications in laser processing. With greater power density, the surface area layer can be warmed to the boiling point in the microsecond time range, resulting in a large quantity of vaporization. For that reason, high power density is useful for product