Application

Welding, in particular, is crucial for joining metal parts, repairing damages, and enhancing the structural strength of aircraft components. Precision welding ensures the integrity of critical elements, such as engine mounts, fuselage frames, and landing gear, essential for safe flight operations

Considering the cyclical and unpredictable nature of waves, the structural ship components must be produced with maximum quality. Ships are exposed to significant dynamic loading due to unpredictable buoyancy forces and wave configurations. Every ship must respond to these forces with transverse, longitudinal, torsional, and local strengths. But to do that, all structural components must have exceptional weld quality. 

Welding is commonly used to join together sheet metal parts in the automotive industry. These parts include brackets, hinges, spring seats, caps, covers, etc. Most of these parts are welded through TIG or MIG welding techniques.

During nuclear welding, the fusion application must perform perfectly without compromising weld quality. Since manual welding introduces the risk of human error, an automated process like orbital welding is recommended. Orbital welding provides high-specification welds that the nuclear industry demands by relying on a mechanized system to rotate an arc 360 degrees around a stationary workpiece. As such, orbital gas tungsten arc welding (GTAW) is suitable for the welding of tubes, pipes, vessels, and other components used in the nuclear power plant.

Welding plays a crucial role in the medical device industry, as it is the process that joins different metal components together to form the devices used in various healthcare settings. The stringent requirements of the medical industry demand that welding solutions provide high durability, reliability, and consistency to ensure devices can safely perform their intended functions.