Process Joining process where a continuously deposited filling material is melted by the heat created by combustion of acetylene and oxygen.
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Process Joining process where the electrodes create heat, pressure, electromagnetic fields and vibrations. The method is suitable for plastics.
Process Translation in progress
Process Joining process created by the continuous supply of a metal electrode. This is melted by an electric arc and a laser beam, both protected by an inert gas.
Process Joining process where two workpieces are welded by use of a laser beam and a pressure-loaded roller, which continuously moves over the heating area.
Process Joining process by melting the material with lasers.
Process Joining process created by the continuous supply of a metal electrode, which is melted in an electric arc protected by an active gas.
Process Joining process by the generation of magnetic pulses.
Process Joining process where a continuously supplied flux coated metal electrode creates an electric arc with the workpieces.
Process Joining process where a continuous supply of a metal electrode is melted together with a metal powder in a protected arc of a granular fusible flux.