Laser cladding overview Laser cladding refers to a process using different filler method on the surface of the coated substrate to place selected coating materials, it melts with a thin layer …
What Is Laser Cladding: Characteristics & Applications Read More »
Aluminum alloy has the advantages of low density, high strength and good corrosion resistance, so it is widely used in automotive industry, new energy, aerospace and construction industry. At present, …
3 Ways To Restrain Porosity In Laser Welding Aluminum Alloy Read More »
Welding robot laser is a kind of monochromatic and directionally focused energy beam produced by using the principle of light amplification realized by stimulated radiation. It can obtain energy beam …
According to preliminary understanding, most stainless steel products are produced by argon arc welding and other common welding methods Although these methods can meet 80% of the production needs, they …
The head of the welding tracking sensor consists of a CCD camera and one or two semiconductor lasers. As a structural light source, the laser stripe is projected onto the …
It is proved by examples that the metal and plastic can be highly reliable “welded” by laser. To be precise, it should be “connection.”. In figure 1 below, the car …
1. Laser welding gas Shielding gas will be used in laser welding to improve the welding effect and avoid deposition on laser tools. According to different usage, it can be …
1. Process parameters of laser welding 1.1 Power density Power density is one of the most important parameters in laser processing. With higher power density, the surface layer can be …
1. Flight welding Laser flight welding combines the advantages of remote welding, galvanometer and manipulator, with professional graphics processing software to realize instantaneous multi track welding in three-dimensional space. It …
7 Laser Welding Processes In Automobile Manufacturing Read More »
As a new type of material, stainless steel has been widely used in aerospace, auto parts and other fields because of its corrosion resistance and formability. The application of laser …
Laser Welding Distortion on Stainless Steel (Technical Study) Read More »
1. Preface Laser technology is the four major technological discoveries in the 20th century that are as famous as computers, semiconductors and atomic energy technologies. After decades of development, it …
How Does The Laser Defocus Affect The Beam Quality And Welding Effect? Read More »
1. Preface Compared with traditional welding technology, laser welding (see Figure 1) has the following advantages: Centralized and adjustable energy density No contact with the welded workpiece High welding efficiency Narrow …
Can Laser Welding Technology Change The Direction Of Future Welding? Read More »
Compared with traditional welding, laser welding has the advantages of small heat input and thermal influence, large aspect ratio, and automatic welding process. Aluminum alloy has light weight, good toughness, …
1. Introduction Remote laser welding technology (RLW), as a non-contact robotic laser welding process, has been greatly developed in recent years and has been used to improve the production efficiency …
Guide To Fiber Laser Remote Welding Technology (High-Power) Read More »
Before we dive into the analysis of laser welding, let’s understand what a laser is. What Is a Laser? Laser is “Light Amplification by Stimulated Emission of Radiation”, which is the …