Stainless steel is also a material that the boring and welding machine is good at dealing with. In fields such as food processing, medical equipment, and chemical containers that require extremely high corrosion resistance, stainless steel workpieces are everywhere. The equipment uses inert gas shielded welding methods such as argon arc welding to adapt to stainless steel welding. For common stainless steel models such as 304 and 316, it can accurately control the welding atmosphere to prevent oxidation. The welded weld not only meets the strength standard, but also maintains the original corrosion resistance of stainless steel, ensuring the long-term stable use of the product in harsh environments, such as welding reactors for pharmaceutical equipment and pipelines for food production lines.
Aluminum alloy materials are favored in cutting-edge fields such as aerospace and automobile lightweighting due to their light weight, high strength, and good thermal conductivity. In view of the low melting point and easy oxidation of aluminum alloys, the boring and welding machine is equipped with functions such as high-frequency arc initiation and AC square wave welding power supply, which can quickly break the oxide film and achieve stable welding. For example, in the manufacturing of aviation aluminum alloy frames and the production of aluminum alloy battery trays for new energy vehicles, the precision welding of complex structural parts is ensured, helping the products achieve the dual goals of high performance and lightweight.
Materials such as copper alloys, which have good electrical and thermal conductivity, are widely used in the electronic and electrical industry. The boring and welding machine uses its finely adjustable heat input function to overcome the problems of easy deformation and difficult fusion during copper alloy welding, weld motor windings, electrical connectors, etc., and ensure the reliable operation of electronic equipment.
