Automatic welding robots play an important role in modern manufacturing due to their efficient and precise welding capabilities. Its welding process is diverse to meet the welding requirements of different materials and structures. Below, the editor will provide a detailed introduction for everyone.
1. Pressure welding. Under pressure conditions, the two workpieces are bonded in a solid state without the need for welding materials, saving costs. This process is particularly suitable for welding between dissimilar materials, such as metals, plastics, ceramics, etc., with beautiful and sturdy welds.
2. Gas shielded welding. Welding is carried out using carbon dioxide or a mixture of gases as a protective gas, and the arc between the welding wire and the workpiece as a heat source. This process has strong adaptability and can adjust welding parameters according to the material of the welded parts, improving arc stability and weld formation rate.
3. Melting welding. During the welding process, the workpiece interface is heated to a molten state and welding is completed without applying pressure. The heat source rapidly heats the interface of the workpiece, forming a molten pool. After cooling, it forms a continuous weld seam, achieving a firm connection between the workpieces. Melting welding is widely used for welding various metal materials, especially high melting point and high hardness materials.
4. Brazing. It uses a metal material with a lower melting point than the workpiece as the brazing material, melts the brazing material through heating, and fills the gaps in the workpiece to achieve welding. This process is suitable for precision welding, such as welding electronic components.
Through the introduction of the above article, everyone has gained some understanding of the welding process of automatic welding robots, right
