MIG/MAG welding: productive, fast process for thin and thick sheets. Using pulse technology, even and deep seam fusion can be achieved, resulting in a balanced and high bond strength. Thus, no defects occur in the seam.

TIG welding: Tungsten inert gas (TIG) is a gas shielded process and is one of the fusion welding processes. It is used wherever optimum quality and spatter-free weld seams are required. TIG is suitable, among other things, for stainless steels, aluminum and nickel alloys as well for thin sheet metal made of aluminum and stainless steel. It is used in pipeline and container construction, in portal construction and in aerospace applications.

Stud welding: Stud weldment allows metal fasteners such as weld studs, weld pins and tapped studs, to be welded onto another metal object using an arc at lightning speed. An arc is produced between the end of the stud and the surface of the workpiece, melting both parts. The stud is then forged into the molten pool. The material solidifies and the stud is welded. The weld is uniform and has complete fusion across the flange. As the whole surface of the weld stud is joined with the workpiece, the resulting weld joint is stronger than the stud or parent material.

Spot welding: In spot weldment, the parts to be welded lie on top of each other, with their surfaces touching, in point or line form. The electric current is supplied by the spot-weldment electrodes. When the required temperature is reached, the parts are welded in spots at the contact points between the electrodes by means of the electrode force.

Projection welding: Projection technology differs from spot technology in that one or more projections are attached to one of the two workpieces that are to be joined. The projection forms a defined current conduction point. The parts are placed on top of each other and welded together at this point using large-area electrodes by means of a current pulse under the influence of the electrode force. Several projections can also be welded at the same time.